🔬 #MESExperiments DRAFT: Unlisted Experiment Videos
Every video in the MES unlisted DRAFT experiments playlist on YouTube: over a thousand gyroscope, spinning top, magnet, water and drop-test experiments, searchable by topic and sortable by views or length.
Nothing matches. Try fewer words or a different filter.
Faraday's Paradox with Magnet: Magnetic Field Viewer and Detector on Magnets
Faraday's Paradox: Spinning Magnet on a Drill doesn't rotate another Magnet
SpillNot with Rear Phone Camera
SpillNot with Selfie Phone Camera
SpillNot with Phone
SpillNot with cup of water and a straw
Magnets in Repulsion vs Nonmagnets Balcony Drop Tests 14.75 feet high
Magnets in Repulsion vs Nonmagnets Bridge Drop Tests 29 feet high
Atwood Machine Balcony Test: Magnets in Repulsion
Atwood Machine Balcony Test: Magnets in Attraction
Atwood Machine Balcony Test: Nonmagnet
Atwood Machine Balcony test preparation
Alka-Seltzer Tablets dropped in a beaker of water in slow motion
Nonmagnet Atwood Machine Drop Test
Magnets in Attraction Atwood Machine Drop Tests
Magnets in Repulsion - Atwood Machine
Atwood Test Drop Test 1 meter height. 305 g vs 295 g.
April 13, 2025
Lenz's Law Opposing Magnets DRAFT
Candle flame wet wax causing sparks
Candle on water and bottle in bowl
Candle on water and perfume bottle
Candle on water flat plate
DRAFT Magnet Motor
DRAFT Viktor Schauberger Egg Drill Reverse
DRAFT Viktor Schauberger Egg Drill
Viktor Schauberger Egg 10 Times
Viktor Schauberger Rising Egg
Viktor Schauberger Rising Egg Take 1
Interesting Experiments with Magnets and Steel Bolts
Faraday's Paradox using Ferrofluid
Faraday's Paradox Using Iron Filings Test 2
Faraday's Paradox using Iron Filings
Mountain Shadow Above and Below Clouds Experiments
Mountain Shadow on Clouds Experiment
Faraday Paradox with Iron Filings by FractalWoman
Various Spinning Tops and Gyros Rising Experiments
Gyrocompass Can't Detect Slow Rotations Due to High Static Friction
Gyrocompass Aligns With Externally Applied Torques
Hanging Gyroscopes Small vs Large Spinning in Same and Opposite Directions. Too chaotic
Hanging Gyroscopes Spinning in Same and Opposite Directions. Gyros don't move much from air flow.
Plastic Spinning Top Goes in Sync with Metal Spinning Top When Spinning in Opposite Directions
Spinning Tops in Opposite Directions Go In Sync. Same Directions Don't
Propellers Spinning in Same Direction Don't Thrust. But Opposite Propellers Thrust (worse quality)
Propellers in Opposite Directions Provide Additional Thrust
Propellers Spinning in Same Direction Don't Thrust. But Opposite Propellers Thrust
Asymmetric Gyrotop Placing Double Stacked Magnets
Asymmetric Gyrotop Placing 1 magnet at a time. Placed double at the end.
Gyrotop Magnets all in Attractions
Asymmetric Gyrotop Placing 1 magnet at a time
Gyrotop - Magnetic Spinning Top with Drill - Good
Gyrotop - Regular Spinning Top with Drill - Good
Gyrotop - Magnetic Spinning Top with Drill - Good but Fell Down 3
Gyrotop - Magnetic Spinning Top with Drill - Good but Fell Down 2
Gyrotop - Magnetic Spinning Top with Drill - Good but Fell Down
Gyrotop - Regular + Magnetic Spinning Top with Drill - Good but Vertical
Gyrotop - Magnetic Spinning Top with Air Blowing - Worked Okay
Gyrotop Magnetic Spinning Top with Air Blowing Didn't Spin Fast Enough 3
Gyrotop Magnetic Spinning Top with Air Blowing Didn't Spin Fast Enough 2
Gyrotop: Magnetic Spinning Top with Air Blowing: Didn't Spin Fast Enough
Gyrotop: Regular Spinning Top with Air Blowing
Gyro Torque Spin Lining Up
Gyroscope Rising Experiment: 123.96 g or 82.26 % Weight & Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 123.96 g or 82.26 % Weight & Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 156.61 g or 103.93 % Weight & Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 156.61 g or 103.93 % Weight & Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 87.82 g or 58.28 % Weight & Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 41.52 g or 27.55 % Weight & Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 7.32 g or 4.86 % Weight & Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 7.32 g or 4.86 % Weight & Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 10.48 g or 6.95 % Weight & Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 125.30 g or 83.15 % Weight Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 125.30 g or 83.15 % Weight + Tape Friction Added DRAFT
Gyroscope Rising Experiment: 125.30 g or 83.15 % Weight Added + Tape Friction Added (SEE DESC.) (2)
Gyroscope Rising Experiment: 125.30 g or 83.15 % Weight Added + Tape Friction Added (SEE DESC.) (1)
Toy Gyroscope (Re-Oiled) Spin Time Experiment: 5:23 Spin Time
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (4)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (3)
Toy Gyroscope Rising Experiment: 61.60 g or 61.43% Weight Added and Tape Friction (SEE DESCRIPTION)
Gyroscope Rising Experiment: 45 Degree Angle and Tape Friction Added (SEE DESCRIPTION)
Regular Gyroscope Rising Experiment: No Weight Added, Negative Angle, High Friction Gyro (SEE DESC.)
Gyroscope Rising Experiment: 45 Degree Angle and Base + Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 75 Degree Angle and Base + Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 90 Degree Angle and Base + Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 75 Degree Angle and Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 75 Degree Angle and Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 11.54 g or 7.66% Weight Added and Tape Friction Added (SEE DESC...) (2)
Gyroscope Rising Experiment: 11.54 g or 7.66% Weight Added and Tape Friction Added (SEE DESC...) (1)
Gyroscope Rising Experiment: Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: No Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope (Re-Oiled) Rising Experiment: 29.85 g or 29.77 % Weight Added (SEE DESCRIPTION)
Adding More Clipper Oil to Toy Gyroscope. Amazing Results
Toy Gyroscope (Oiled) Rising Experiment: 29.85 g or 29.77 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 30.69 g or 30.60 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 46.38 g or 46.25 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope (Oiled) Rising Experiment: 46.38 g or 46.25 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope (Oiled) Rising Experiment: No Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 84.31 g or 84.07 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 88.47 g or 88.22 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 88.91 g or 88.66 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 92.66 g or 92.4 % Weight Added (SEE DESCRIPTION)
Adding Clipper Oil to Toy Gyroscope. Amazing Results
Toy Gyroscope Rising Experiment: 92.66 g or 92.4 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 77.06 g or 76.84 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope Rising Experiment: 77.06 g or 76.84 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope Rising Experiment: 70.51 g or 70.31 % Weight Added (SEE DESCRIPTION) (3)
Toy Gyroscope Rising Experiment: 70.51 g or 70.31 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope Rising Experiment: 70.51 g or 70.31 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope Rising Experiment: 70.28 g or 70.08 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 70.97 g or 70.53 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 65.56 g or 65.15 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope Rising Experiment: 65.56 g or 65.15 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope Rising Experiment: 65.73 g or 65.32 % Weight Added (SEE DESCRIPTION) (5)
Toy Gyroscope Rising Experiment: 65.73 g or 65.32 % Weight Added (SEE DESCRIPTION) (4)
Toy Gyroscope Rising Experiment: 65.73 g or 65.32 % Weight Added (SEE DESCRIPTION) (3)
Toy Gyroscope Rising Experiment: 65.73 g or 65.32 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope Rising Experiment: 65.73 g or 65.32 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope Rising Experiment: 60.37 g or 59.99 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 55.56 g or 55.21 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope Rising Experiment: 55.56 g or 55.21 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope Rising Experiment: 50.87 g or 50.55 % Weight Added (SEE DESCRIPTION) (3)
Toy Gyroscope Rising Experiment: 50.87 g or 50.55 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope Rising Experiment: 50.87 g or 50.55 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope Rising Experiment: 45.13 g or 44.85 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 40.10 g or 39.85 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 25.09 g or 24.93 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 35.22 g or 35 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 25.09 g or 24.93 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 20.10 g or 19.97 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 15.06 g or 14.97 % Weight Added (SEE DESCRIPTION)
(String) Precision Toy Gyroscope Rising Experiment: No Weight Added Weight (SEE DESCRIPTION)
(String) Precision Toy Gyroscope Rising Experiment: 18.70 g or 17.5% Added Weight (SEE DESCRIPTION)
Precision Toy Gyroscope Rising Experiment: 18.70 g or 17.5% Added Weight (SEE DESCRIPTION)
Precision Toy Gyroscope Rising Experiment: No Added Weight (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 5.44 g or 5.41 % Weight (SEE DESCRIPTION)
Small Toy Gyroscope Rising Experiment: No Added Weight (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 2.59 g or 2.57 % Weight (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 10.86 g or 10.79 % Weight (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: 29.67 g or 29.48 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope Rising Experiment: No Weight Added (SEE DESCRIPTION)
UFO Gyroscope Rising Experiment: 15.18 or 11.29% Weight (SEE DESCRIPTION)
UFO Gyroscope Rising Experiment: 15.18 or 11.29% Weight (SEE DESCRIPTION)
UFO Gyroscope Rising Experiment: 28.58 or 21.25% Weight (SEE DESCRIPTION)
UFO Gyroscope Rising Experiment: No Added Weight (SEE DESCRIPTION)
Small Toy Gyroscope Rising Experiment: 4.99 g or 17.04% Added Weight (SEE DESCRIPTION)
Small Toy Gyroscope Rising Experiment: 9.55 g or 32.6% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 11.58 g or 7.79% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 9.70 g or 6.52% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 21.13 g or 14.21% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 9.70 g or 6.52% Added Weight at Wheel Edge (SEE DESCRIPTION)
Gyroscope Rising Experiment: 21.13 g or 14.21% Added Weight at Wheel Edge (SEE DESCRIPTION)
Weight Measurements for Weighted Added Gyro Rising Experiments
Gyroscope Rising Experiment: 23.25 g or 15.64% Added Weight at High Torque (SEE DESCRIPTION)
Gyroscope Rising Experiment: 23.78g or 16.0% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 14.45 g or 9.72% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 30.32 g or 20.73% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: No Added Weight (SEE DESCRIPTION)
Gyroscope on Ice 3 & 2 Long Stems and 3 & 2 Small Weights Precession Testing (SEE DESCRIPTION)
Gyroscope with 4 to 6 Nuts 39.12 Added Weight Ice Precession Testing (SEE DESCRIPTION)
Gyroscope with 19.55 g Added Weight Ice Precession Testing (SEE DESCRIPTION)
Gyroscope with 14.48 g Added Weight Ice Precession Testing (SEE DESCRIPTION)
Weight and Length Measurements for Gyroscope on Ice Precession Testing
Gyroscope with Medium-Long Stem on Ice Precession Testing (SEE DESCRIPTION)
Gyroscope with Short Stem on Ice Precession Testing (SEE DESCRIPTION)
Gyroscope with Long Stem on Ice Precession Testing (SEE DESCRIPTION)
Testing Ice Block Rotation By Torquing/Rotating Rod (SEE DESCRIPTION)
Double Sided Thread Strength Testing Weight Measurements (SEE DESCRIPTION)
Ice Block on Plate Centrifugal Low Friction Rotation Weight Measurements (SEE DESCRIPTION)
Ice Block on Plate Rotation Demonstrating Centrifugal Force and Super Low Friction
Gyroscope on Vertical Orientation Weight Measurements (SEE DESCRIPTION)
Semi-Conical Pendulum. Not much vertical height change.
Multiple Orientations Gyroscope Power Drill Weight Readings (SEE DESCRIPTION)
Symmetric Vertical Fidget Spinner Weight Readings (SEE DESCRIPTION)
Asymmetric Vertical Fidget Spinner Weight Readings (SEE DESCRIPTION)
Gyroscope on Custom Low Friction Gimbals with Heavy Counterweight Inverted Pendulum Testing
Gyroscope on Custom Low Friction Gimbals with Heavy Counterweight Inverted Pendulum
Gyroscope on Custom Low Friction Gimbals Heavy Counterweight Testing (2)
Gyroscope on Custom Low Friction Gimbals Heavy Counterweight Testing
Gyroscope on Custom Low Friction Gimbals with 5 + 1 Nuts Counterweight at 45 Degree Testing
Gyroscope on Custom Low Friction Gimbals with 5 + 1 Nuts Counterweight at 45 Degree Rises a Bit
Gyroscope on Custom Low Friction Gimbals with 6 Nuts Counterweight at 45 Degree Angle Rises.
Gyroscope on String Rises a Tiny Bit Plus Holding String Testing
Gyroscope on String Rises a Tiny Bit But Large Precession Circle Prevents More Rising
Gyroscope on Custom Low Friction Gimbals with Light Counterweight Rises at 45 Degrees
Gyroscope on Custom Low Friction Gimbals with Heavy Counterweight Testing (2)
Gyroscope on Custom Low Friction Gimbals with Heavy Counterweight Testing
Gyroscope on Custom Low Friction Gimbals with Light Counterweight Rises Almost Fully at 50 Degrees
DRAFT Gyroscope on Custom Low Friction Gimbals with Light Counterweight Rises at 45 Degree Angle
Gyroscope on Custom Low Friction Gimbals with Light Slanted Counterweight (SEE DESCRIPTION)
Gyroscope on Custom Low Friction Gimbals with Stem Counterweight (SEE DESCRIPTION)
Gyroscope on Custom Low Friction Gimbals with Very Light Counterweight (SEE DESCRIPTION)
Gyroscope on Custom Low Friction Gimbals with Light Counterweight (SEE DESCRIPTION)
Gyroscope on Custom Low Friction Gimbals Testing Pressing Reaction to Finger Pressing (2)
Gyroscope on Custom Low Friction Gimbals Testing Pressing Reaction to Finger Pressing
Gyroscope on Custom Low Friction Gimbals Vertically Aligned (SEE DESCRIPTION)
Miscellaneous Gyroscope with Gimbals and Counterweight Weight and Length Measurements
Gyroscope with Heavy Counterweight Balancing on Two Plates
DRILL POWER Gyroscope on String Gimballed with Heavy Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed with Heavy Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed and Tilted with Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed with 6 Nuts Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed with Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed with Heavy Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed with Heavy Counterweight (SEE DESCRIPTION)
DRAFT DRILL POWER Gyroscope on String Gimballed with Heavy Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed Angled Aligned (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed Horizontally Aligned (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Gimballed Vertically Aligned (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Short 6 Nuts Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Short Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Long Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Heavy Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned (SEE DESCRIPTION)
Magnetic Viewing Film During Magnet Levitation. Dielectric Plane Not Visibly Changed.
Fidget Spinner Bearing Gyroscope on String. 0 Pegs. Precesses for 0:14. Stops Spinning in 0:50ish.
Fidget Spinner Bearing Gyroscope on String. 2 Pegs. Extremely Unstable. Launches Upwards
Fidget Spinner Bearing Gyroscope on String. 3 Pegs. Precesses for 0:35. Stops Spinning for 1:24.
Fidget Spinner Bearing Gyroscope on CLOSE String. 0 Pegs. Precesses for 0:25. Spins to 0:40ish.
Fidget Spinner Bearing Gyroscope on CLOSE String. 2 Pegs Extremely Unstable. Launches Upwards
Fidget Spinner Bearing Gyroscope on CLOSE String 4 Pegs Unstable Bouncing Precession 0:03 Spins 1:18
Fidget Spinner Bearing Gyroscope on CLOSE String. 3 Pegs. Stable Precession for 0:40. Spins to 1:54
Fidget Spinner Bearing Gyroscope on CLOSE String. 2 Pegs. Symmetric. Very Unstable
Fidget Spinner Bearing Gyroscope on String. 1 Pegs. Asymmetric. Instant Speed Slow Down
Fidget Spinner Bearing Gyroscope on String. 2 Pegs. Asymmetric. Instant Speed Slow Down
Fidget Spinner Bearing Gyroscope on String. 3 Pegs. Asymmetric. Instant Speed Slow Down
Fidget Spinner Bearing Gyroscope on String. 4 Pegs. Asymmetric. Spin Speed Drops Super Quickly
Fidget Spinner Bearing Gyroscope on String. 5 Pegs. Asymmetric. Precesses and Spins a Tiny Bit
Weight Measurements Fidget Spinner Bearing Gyroscope on CLOSE String (SEE DESCRIPTION)
Weight Measurements Fidget Spinner Bearing Gyroscope on String (SEE DESCRIPTION)
Fidget Spinner Bearing Gyroscope on String. 3 Pegs. Stable Precession for 0:35. Spins to 1:26
Fidget Spinner Bearing Gyroscope on String. 3 Pegs. Stable Precession.
Fidget Spinner Bearing Gyroscope on String. 4 Pegs. Unstable Rising Due to Vibration?!
Fidget Spinner Bearing Gyroscope on String. 4 Pegs. Unstable at Higher Angle.
Fidget Spinner Bearing Gyroscope on String. 2 Pegs. Symmetric. Rises Unstably Every Time
Fidget Spinner Bearing Top. 0 Pegs. Very Unstable and Falls Quickly
Fidget Spinner Bearing Top. 2 Pegs. Symmetric (SEE DESCRIPTION) (3)
Fidget Spinner Bearing Top. 2 Pegs. Symmetric (SEE DESCRIPTION) (2)
Fidget Spinner Bearing Top. 2 Pegs. Symmetric (SEE DESCRIPTION)
Fidget Spinner Bearing Top. 3 Pegs. Symmetric (SEE DESCRIPTION)
Fidget Spinner Bearing Top. 4 Pegs. Symmetric. (SEE DESCRIPTION)
Fidget Spinner Bearing Top. Asymmetric Number of Pegs Can't Spin or Balance. 5 Pegs Barely Spins
Magnetic Levitation Almost Got it Upside Down.
Magnetic Levitation Almost Fully Upside Down. Close Though.
DRAFT Magnetic Levitation Trouble Getting it to Sideways
Magnetic Levitation Almost Fully Upside Down
Magnetic Levitation Opened Up Powered On and Levitating (SEE DESCRIPTION)
Magnetic Detector Under Magnetic Viewing Film Shows Dielectric Plane and Primer Fields
Magnetic Levitation Aluminum Casing is Not Magnetic
Maple Syrup on Cocoa Powder Covered Bread is Near Frictionless
Levitating Magnet Weight Measurements Comparison with Balanced Weights (SEE DESCRIPTION)
Magnetic Levitation + Clay Bowl Levitating Weight Measurements (SEE DESCRIPTION)
Magnetic Levitation Sideways on Weight Scale (SEE DESCRIPTION)
DRAFT Magnetic Levitation Sideways Starting Point Trouble Turning Upside Down
Magnetic Levitation Sideways. Trouble Getting it Upside Down or Directly Placing Magnet
Magnetic Levitation Sideways. Trouble Getting Upside Down
Magnetic Levitation Sideways
Powerball Gyroscope Miscellaneous Testing (SEE DESCRIPTION)
Powerball Gyroscope Testing. Powered Up. Unstable Torquing About Axle Axis-Plane. CAMERA ANGLE HIGH
Powerball Gyroscope Testing. Powered Up. Unstable Torquing About Axle Axis or Plane.
Skill Feel Flux Magnetic Lenz Law Testing. Frozen Aluminum Shell. (SEE DESCRIPTION)
DRAFT DRILL POWER Gyroscope on String Tilts a Bit. Slows Down Quick. Bearings Need Repair.
Snoopy Image Light Moon Projection: Goes from Snoopy, New Moon, 1/4, 3/4, Full Moon
DRAFT POWER DRILL Regular Gyroscope Slows Down Instantly. Needs Bearing Repair.
DRILL POWER Toy Gyroscope With 10.62 g Putty on Ice. Rises a Bit.
POWER DRILL Toy Gyroscope on Ice Rises from 0:34 in 1:04. Sleeps 0:06. Falls at 2:03
DRILL POWER Toy Gyroscope With 19.00 g Putty on Ice Doesn't Rise. Rises Without Ice.
Mainstream Lenz' Law Equation on Feel Flux Magnetic Product
Powerball Gyroscope. Powered Spin. Very Unstable in Torquing About Axle Plane
Powerball Gyroscope. String Only Spin. Torquing Slowly on the Axle Plane is a Bit Stable
Powerball Gyroscope. String Only Spin. Torquing Slowly on the Axle Plane is a Bit Stable (2)
Skill Feel Flux Magnetic Lenz Law Testing. Room Temperature. (SEE DESCRIPTION)
Toy Gyroscope on Ice with 46.83g Putty. Doesn't Rise. Precession Doesn't Appear to Increase
Powerball Gyroscope Testing Stationary Spin Behavior
DRAFT Powerball Gyroscope Testing Horizontal Stationary Spinning. Got it When Spin Speed Slowed (2)
DRAFT Powerball Gyroscope Testing Horizontal Stationary Spinning. Got it When Spin Speed Slowed
Powerball Gyroscope is Stable When Torqued in Direction of Spin but Unstable When Opposite Direction
Powerball Gyroscope Testing Stationary Spinning. Second Spin Up Shows Horizontal Stable Spin.
Powerball Gyroscopes Without Sleeve. Powered Spin. Rises from 0:13 in 0:28 sec. Stops at 1:02
Powerball Gyroscope Without Sleeve. Powered Spin. Rises from 0:09 in 23 sec. Spins until 0:45.
Powerball Gyroscope With Sleeve. Powered Spin. Rises in 0:39. Falls from 0:52. Stops 0:55
Powerball Gyroscope Without Sleeve. String Only Spin. Rises in 0:21. Stops Spinning at 0:27
Powerball Gyroscope Without the Sleeve. Powered Spin. Shows Powerball Rising at the End.
Powerball Gyroscope With Sleeve. String Only Spin. Rises in 0:19. Stops Spinning at 0:26.
Powerball Gyroscope Without Sleeve. Rises from Initial Tilted Starting Point
DRILL POWER Gyroscope on String at 50 Degrees Angle. Rises Only 10 Degrees. Reverses at 5:34
DRILL POWER Gyroscope on String at Horizontal Angle. Reverses at 4:08
DRILL POWER Regular Gyroscope on String at Horizontal Angle. Casing Spins Fast. Falls Quick in 0:30
DRILL POWER Regular Gyroscope on Fixed Base at 30 Degrees Angle. No Rising. Falls 1:46
DRILL POWER Regular Gyroscope on Fixed Base at 65 Degrees Angle. No Rising. Falls 0:54
DRILL POWER Regular Gyroscope on Fixed Base at Horizontal Angle. Falls at 0:37
DRILL POWER Regular Gyroscope Rotating Base 55 Degrees Angle Rises at 1:06 Sleeps 0:39 Falls at 1:56
Regular Gyroscope Comparison with Precision Gyroscope. Slightly Taller. Bigger Rotor at Rim.
DRILL POWER Regular Gyroscope on Rotating Base at Horizontal Angle. Falls 2:21
DRILL POWER Gyroscope on Fixed Base at 65 Degrees Angle. Rises 30 Degrees Only in 5:41. Falls 7:00
DRILL POWER Gyroscope on Fixed Base at 60 Degrees Angle Rises in 3:22. Sleeps to 7:00. Falls at 7:21
DRILL POWER Gyroscope on Fixed Base at Horizontal Angle Falls at 1:28.
DRILL POWER Gyroscope on Rotating Base at Horizontal Angle Falls at 4:13.
DRILL POWER Regular Gyroscope on Rotating Base at 75 Degrees. RISES in 1:30. Sleeps 0:05. Falls 1:46
DRILL POWER Regular Gyroscope on Rotating Base at Horizontal Angle. Doesn't Rise. Falls 2:20
DRILL POWER Regular Gyroscope on Rotating Base at 80 Degrees. Rises 10 Degrees Only. Falls at 3:00
DRILL POWER Gyroscope on Rotating Base at 62.5 Degrees. Rises 42.5 Degrees Only. Falls at 7:40.
DRILL POWER Gyroscope on Rotating Base at 59 Degrees Angle. Rises in 6:00. Sleep to 7:50. Falls 9:20
DRILL POWER Gyroscope on Rotating Base at 60 Degrees Angle. Rises Unevenly in 7:00. Falls at 9:10
DRILL POWER Gyroscope on Rotating Base at 65 Degrees Angle. Rises 30 Degrees Only. Falls at 8:20
DRILL POWER Gyroscope on Rotating Base at 61 Degrees. Rises in 5:37. Sleeps to 7:30. Falls at 9:13
DRILL POWER Gyroscope on Rotating Base at 60 Degrees Angle. Rises in 5:35. Sleeps to 7:15 Falls 9:00
DRILL POWER Gyroscope on Rotating Base at 65 Degrees Angle. Rises 25 Degrees Only. Falls at 8:00
DRILL POWER Gyroscope on Rotating Base at 65 Degree Angle. Rises in 5:30. Sleeps to 6:10. Falls 7:30
DRILL POWER Gyroscope on Rotating Base at 70 Degree Angle. Rises 5 Degrees Only. Falls 6:40.
DRILL POWER Gyroscope on Rotating Base at 65 Degrees Rises 40 Degrees Only. Falls at 8:10
DRILL POWER Gyroscope on Rotating Base at 65 Degrees. Rises 30 Degrees Only. Falls at 8:00
DRILL POWER Gyroscope on Rotating Base at 75 Degree Angle Rises 10 Degrees Only. Falls at 7:30
DRILL POWER Gyroscope on Rotating Base at 60 Degree Angle. Rises in 5:10. Sleeps to 6:40..Falls 8:50
DRILL POWER Gyroscope on Rotating Base 31 Degrees. Rises 1:10. Sleep to 7:00. Fall at 9:17.
DRILL POWER Precision Toy Gyroscope on Rotating Base. Pause 1:00. Doesn't Rise. Falls at 1:22.
DRILL POWER Toy Small Gyroscope Rubber Stem on Rotating Base Rises in 1:00 Sleep 1:10 Falls 1:30
DRILL POWER Small Toy Gyroscope with Rubber Stem on Rotating Base. Pause 0:30. Rises 0:40 Falls 1:30
DRILL POWER Gyroscope Rotating Base Pause 1:00 Rises 5:50. Sleeps 7:00. Falls 8:25. 60 Degrees Angle
DRILL POWER Gyroscope Rotating Base Pause 1:00 Rises 2:00 Sleeps 7:00. Falls 9:10 40 Degrees Angle
DRILL POWER Gyro Spinning Top on Glass Rises Unevenly and spirals inwards at 7:00. Falls at 13:20
DRILL POWER Regular Gyroscope on Rotating Base. Rises 0:22 Casing Spins FAST Sleeps 1:00. Falls 1:28
DRILL POWER Gyroscope on Rotating Base Rises in 3:37. Sleeps to 7:23 Falls at 9:10. 54 Degrees Angle
DRILL POWER Gyroscope Rotating Base Pause 3:00 Rises in 3:40 Sleeps 7:05 Falls 8:50 50 Degrees Angle
DRILL POWER Gyroscope on Rotating Base Rises in 1:40. Falls in 8:50. 40 degrees angle.
DRILL POWER Gyroscope on Rotating Base 3:00 Pause Rises in 1:50. Fall 8:45. 40 Degrees Angle
DRILL POWER UFO Gyroscope on Rotating Base. Rises in 1:00. Sleeps to 1:45. Sleeps to 2:05 Falls 2:36
DRILL POWER UFO Gyroscope on Rotating Base. Pause 1:00. Rises 0:40. Sleeps to 1:45. Falls 2:05.
DRILL POWER Toy Gyroscope on Rotating Base Rises in 0:30. Re-Trying Doesn't Rise. Falls 0:54
DRILL POWER Gyroscope on Rotating Base Rises in 2:20. Sleeps to 7:24 Falls at 9:19. 45 Degrees Angle
DRILL POWER Gyroscope on Rotating Base Paused for 3:00 No Rise and Falls in 8:10. 60 Degrees Angle
DRILL POWER Toy Small Gyroscope with Putty on Rotating Base: Weight Fluctuates Around 76.25g
DRILL POWER Regular Gyroscope with Putty on Rotating Base: Weight Maintains 208.35 g
DRILL POWER Regular Gyroscope with Putty on Rotating Base: Weight Maintains 224.10 g
Toy Gyroscope with Putty on Rotating Base: Weight Fluctuates a Bit 145.52g
DRILL POWER Toy Small Gyroscope with Putty on Rotating Base: Weight Fluctuates Around 74.30 g
DRILL POWER Regular Gyroscope with Putty on Taped Rotating Base: Weight Maintains 224.77 g
DRILL POWER Toy Gyroscope with Putty on Rotating Base: Weight Fluctuates Around 164.07 g
+ SLOW MOTION 240 FPS Spinning Sphere With Balls Form Centrifugal Coherent Ring
Frozen Aluminum Phi Top on Wet Ice on Magnetic Stirrer. Manually Spun Rises. Falls Quick.
Random Animation of Weighted Precession With Counterweight: gyro s2 pd
Random Animation of Weighted Nutation Precession With Counterweight: gyro s2 pd gyro s2 nd
DRILL POWER Toy Small Gyroscope with Putty on Rotating Base: Weight Maintains 66.36 g
DRAFT Gyrobot Having Trouble Balancing on String and Falls But Hangs On.
Regular Gyroscope on Glass Initially Vertically Precesses for 3:30
Regular Gyroscope Tilted on Squishy Mouse Pad Spins for 9:00. High Friction or Slow Spun?
Regular Gyroscope Precession Vertically on Rotating Base for 4:10. Total 9:39. No Slow Down.
THE ORIGINAL RISE Regular Gyroscope on Rotating Base RISES Slightly. P for 4:44. Total 9:22
Regular Gyroscope Manually Twisted Spins for 9:04. No Slowdown #FreeEnergy
Regular Gyroscope Slowly Manually Spun Then Manually Twisted Spins for 1:22. No Slow Down #FreeEnerg
Regular Gyroscope Manually Slowly Spun Then Manually Twisted Spins for 1:21.
Six Balls Fidget Spinner Manually Twisted Spins for 0:30. 50% Slowdown. Air Drag / Friction?
Six Balls Fidget Spinner Spun Flat on Metal Base Spins for 1:04
Toy Gyroscope Manually Spun Manually Twisted Spins for 0:40. Loss of 0:07, Air Drag Friction?
Six Stoke Fidget Spinner Manually Spun Manually Twisted Spins for 0:48. Loss of 0:23
Toy Gyroscope Manually Spun Tilted on Squishy Mouse Pad Spins for 0:47
Two Stoke Fidget Spinner on Flat Metal Base Spins for 3:47. Also Rocks Back / Forth Magically at End
Six Stoke Fidget Spinner Manually Spun on Flat Metal Base Spins for 1:11
Two Stoke Fidget Spinner Manually Spun and Twisted Spins 0:33. Loss of 3:14. Mostly FELT Air Drag/F?
DRAFT Regular Gyroscope on Ice Cube. Rises a Bit. Shows Increasing Centripetal Force
Electric Spinning Top Rises Even on Bottom Bearing
Electric Spinning Top Precessing on Top Bearing for 0:40. Horizontal Precession.
Electric Spinning Top Rises on Fixed Base 8:00. Auto-Correcting. Moves Horizontal Base Initially.
Electric Spinning Top on Fixed Base Vertical 7:00. Moves Base Initially, and Perfect Balances.
Electric Heavy Enclosed Spinning Top on Tilted Case on Fixed Base. Falls Gradually.
Electric Heavy Enclosed Spinning Top on Tilted Case on Fixed Base. Gradually Moves Upwards
Electric Heavy Enclosed Spinning Top Horizontal on Casing on Fixed Base. Spins 0:20
Electric Heavy Enclosed Spinning Top on Fixed Base 0:20. Too Heavy to Rise Even a Bit.
Electric Heavy Enclosed Spinning Top on Fixed Base 0:35. Won't Rise Even From Near Vertical
Electric Spinning Top Precession on Low Friction Surface for 6:50. Rises and Sticks in Space.
Electric Spinning Top on Low Friction Surface Spins 6:30. Wobbles 0:05. MOST PERFECT VERTICAL
Electric Heavy Enclosed Spinning Top Precesses for 0:30 on Low Friction Surfaces. Rises Initially
Electric Heavy Enclosed Spinning Top on Low Friction Surface 0:30. Initially Vertical
Electric Heavy Enclosed Spinning Top on Low Friction S Does WEIRD FLIP CRASH! Self-Corrects 1 Moment
Regular Gyroscope Pendulum for Infinite Time (2). Spins Counterclockwise Always.
Pendulum Test (2) Rotates/Swings/Vibrates for Infinite Time. Counterclockwise Always
Lenz's Law Induced Magnetism PhiTop, Tippy Top, Spinning Top. EVEN if Extremely Non-Magnetic
Phi Top and Rattleback on Low and High Friction. RB Doesn't Work on HF. PT Barely Rises on HF
Tippy Top and Spinning Top on Low and High Friction. Both Barely Work on LF
Regular Gyroscope on Ice Cube on Tilted Surface. Doesn't Appear Affected Much While Moving.
Regular Gyroscope Tossed on Wooden Floor DOESN'T "Vector Add Friction Torque". No Change.
Phi Top, Rattleback, 2 Tippy Tops, 3 Spinning Tops on Water/Ceramic. High Water = High Surface Area.
Rattleback and Phi Top on Ceramic and Water. RB Doesn't Work on Water. PT Works a Bit on Some Water
Regular Gyroscope Tossed on Low Friction Surface Magically is Unaffected
DRAFT Regular Gyroscope on Ice Cube Spins 3:15. Rises a Bit. Centripetal Increases as Slowing
DRILL POWERED Toy Gyroscope on String for 1:00. Magically Balances with 0 Centripetal
Toy Gyroscope Manual Pull on String for 0:30. Magic Balance
Regular Gyroscope on Wide Wet Plate Ice Doesn't Rise / Vertical Much. High Rotational Friction?
Electric Spinning Top Rises on Bottom Bearing. Doesn't Rise on Top Bearing on Fixed Base
DRAFT Electric Spinning Top on Spinning Platform Spins 2:02. Likely Sticks to Groove.
DRAFT Electric Spinning Top on Rotating Taped High Friction Base Spins 2:05
DRAFT Electric Spinning Top Precesses Auto-Push-Adjusts Upwards on High Friction Rotating Base
DRAFT Gyroscope Stem at Horizontal Orientation. Glides to Tilted Position, More Spin Direction
Gyroscope Tilted Stem Rises a Bit on Fixed Base for 4:00. Rises Fully on Rotating Base for 7:00
Gyroscope Manually Twisted Spins 17:26. Doesn't Lose Spin Speed. Makes Twisting Noise. #FreeEnergy
Gyroscope Placed Tilted on Soft Ground Spins for 17:12
Gyroscope Flat Precession on Rotating Base 5:13. No Noticeable Rising. Too High Friction Contact?
Gyroscope Near Horizontal Precession RISES Gradually on Rotating Base for 8:20.
DRILL POWERED 2 Metal Quality Toy Gyroscopes Precess for 2:00ish Each and Rising.
DRILL POWERED UFO Toy Gyroscope on Rotating Base Spins for 2:00. Rises Halfway
Rotating Base Bearing
DRILL POWERED UFO Toy Gyroscope on Fixed Base Precesses Down for 2:00ish. Moves Base Too.
Regular Gyroscope Precesses Upwards When Pushed Forward, and Downwards if Backward
DRAFT Regular Gyroscope Rises a Bit and Forced Precession Upwards on Rotating Base. Spins for 5:45
DRILL POWERED Toy Gyroscope Rises on Rotating Base for 2:45. Wobbles and Self-Verticals TWICE
DRILL POWERED Toy Gyroscope Precesses Upwards on Rotating Base for 2:00.
DRILL POWERED Toy Gyroscope on Rotating Base Horizontal Precession for 1:00
DRILL POWER Toy Gyroscope on Rotating Base Horizontal Precession for 1:20.
DRAFT: DRILL POWERED Toy Gyroscope Rises on Rotating Base for 2:10. I Stopped Short.
Regular Gyroscope on String Precesses in INCREASING Spirals/Centripetal Force. Stopped at 9:30
Regular Gyroscope Manually Twisting for 10:26. Generates Twisting Noise. 0 Speed Loss #FreeEnergy
Regular Gyroscope Spins Tilted on Soft Mouse Pad for 10:39
Regular Gyroscopes Falls on Fixed Base, Rises on Rotating Base. Spins for 11:07. Falls Nicely on FB
Regular Gyroscope Precesses From Vertical 1:30. Repetition Increasing Centripetal F. Total 10:50
Lenz's Law Test: Wooden Tippy Top on Glass. 33 to 31 Seconds. Not Much.
Lenz's Law Test: Wooden Tippy Top (2). 36 to 33 seconds. Not Much.
Gyroscope Aligns Orientation with Both Spin and Global Spin Direction: Gyro-Compass (3)
Pendulum Rotates / Vibrates / Swings for Infinite Time. Maybe Because Earth Rotation?
Gyroscope Pendulum Rotates / Vibrates / Swings for Infinite Time. But Smaller Spirals
Magnets Rotate on Reverse Polarity and Line Up Toroid Fields in Line With Steel
Electric Spinning Top Spins for 14:54. Wobbles for 5:20. Top Part Stays Magically Fixed to Gravity
Electric Spinning top Spins for 12:17. Mostly Vertical. Falls Down INSTANTLY At the End.
Electric Spinning top Spins for over 11:00 but Video Cuts
Heavy Caged Electric Spinning Top Spins for ONLY 40 Seconds in a Vice Grip?? BEARING WEIGHT FRICTION
Electric Spinning Top on Vice Grip Spins for 3:52. Bearings Supporting Weight is High Friction
Rubbing Stick with Stick Causes Propeller to Rotate. Vibration of Primer Fields??
Electric Spinning Top Spins for 14:49. Magically Fixed Top of Top. Wobbles for 4:10.
Electric Spinning Top Spins for 14:20. Mostly Vertical. Sudden Fall at End. Wobbles 3:20
DRAFT Magnet Wheels Spin and Move Around Steel. Battery Wheel Not Lighting Up.
Magnet Wheels Spin Around Steel and Overcome Sliding Friction Test. Magnets Spins Opposite Poles.
Electric Spinning Top Spins for 15:19. Perfect COG Chasing Spiral. Wobbles for 3:00
Electric Spinning Top Spins for 16:56. Mostly Vertical. Super Sudden Drop at End. Wobbles 3:50
Vortex Coin Bank is Anti-Gravity. Angled Spinning Coins Last Up to 13 Seconds Air Time #Amazing
DRAFT: Euler's Disk Spins for 13 Seconds on Floating Glass. Curved Edge.
Euler's Disk: Curved Edge: 1:09 and 17s Floating Glass. Straight Edge: 1:57 and 18s FG
Electric Spinning Top Precesses Upwards EVEN ON BEARING
DRAFT: Electric Gyroscope on Near Horizontal Angle Doesn't Rise; Likely Because Grooved Base
Gyroscope Precessing on Rope Twists Rope and Turns Base. #Amazing
Electric Spinning Top on High Friction Mouse Pad Spins for 1:21. Wobbles for 0:00
Electric Spinning Top on High Friction Mouse Pad Precesses UPWARDS. Spins for Unchanged 1:25
Electric Spinning Top on Bearing on High Friction Mouse Pad DOESN'T Rise. Friction? No Vibration?
Electric Spinning Top on Metal Pedestal Spins for 12:34 Vertical. Also Moves Pedestal
Electric Spinning Top on Metal Base Spins for 6:41. Auto Adjusts With Pushes, Realigns Anti-Gravity
Electric Spinning Top on Metal Base Spins 8:03. Magically Push Vertical Aligned. PERFECTLY Vertical.
Electric Spinning Top Spins 12:19. Perfectly Vertical Twice. Frozen Top Part Wobbles Bottom/Base
Electric Spinning Top Auto-Adjusts Push Rising 10:26. Perfectly Vertical Twice (2)
Regular Gyroscope Rises on Ice and Spins Ice Cube and Casing Fast
Applying Baking Soda + Rubbing Alcohol (50% Mixture) to Athlete's Foot
Applying Baking Soda + Rubbing Alcohol (50% Mixture) to Athlete's Foot LOUD NOISE
DRAFT Adding Rubbing Alcohol and Baking Soda Mixture to Toes
DRAFT Pouring Baking Soda into Bucket of Water
Metal and Plastic Springs Defy Gravity
Metal Small Spring Defies Gravity Through Rotating Inverse Law Force??
Spring Launched Toy Jump Extremely High Per Input Force
Spring Launched Toy Jumps Faster Than Slow Motion Camera to Detect
DRAFT Draining Filter Water in Laminar Spiral Sinusoidal Form #Amazing
Gyroscope Rises on Rotating Platform Even With 32 Grams 2 Poles on Top
Gyroscope Rises and Precesses RAPIDLY With Extra 32 Grams 2 Poles Weights
Gyroscope Rises and Spins Fast with 32 Gram 2 Poles on Rotating Platform (2)
Gyroscope Rises on Rotating Platform with 32 Grams 2 Poles (3)
Candle Heat Powered Copper Floating Spinning Top
Electric Spinning Top Spins for 1:31:43. Rises Even When it Can't Balance (at 1:28:44+) #AntiGravity
Water Stream Pulling Curved Spoon Towards It and Pulls Harder with More Water
Rope Anti-Gravity Pull Down Test Doesn't Work Well on Low Heights
Temperature Difference Piston Powered Wheel Spins for 15:00. 40C Initial Diff, 20C Net Diff
Vortex Generated by Spinning Base in Water. Appears like a Tornado and Lightening Bolt #AntiGravity
Manual Vortex in Water. Water Pressure Prevents Leakage Until Spinning. Water Exists Outwardly.
PowerBall Magic Gyro Precession Torque/Spin Speed From Applied External Force
Gyroscope Aligns Orientation with Both Spin and Global Spin Direction: Gyro-Compass
Gyroscope Aligns Orientation with Both Spin and Global Spin Direction: Gyro-Compass (2)
DRAFT Gyroscope Stays Balanced at an Angle Unlevel Button on Ice #Magic
Gyroscope Rising Almost Vertically on Ice
Gyroscope Precessing Upwards on Ice and Spinning Ice Cube
Gyroscope Precessing on Ice Barely Rising
Gyroscope Almost Rising Vertically on Ice
Gyroscope Rising on Ice
Gyroscope Doesn't Rise When Rotational Friction is High
Gyroscope Doesn't Rise on High Rotational Friction (2)
Gyroscopes Rises a Bit on Ice Even With High Rotational/Rolling Friction
Gyroscope Parallel with Surface Spins for 18:50
Gyroscope Perpendicular to Ground Spins for 16:19 Increased Friction on Bearings?
Gyroscope Inverted Parallel to Ground Spins for 18:54
Gyroscope Vertical on Ice and then Laid Tilted Spins For 18:25
DRAFT: Gyroscope Rises Quick on Penny on Ice
DRAFT Gyroscopes Rises Upwards on Ice
Gyroscope Precessing on Ring and Ice But Not Rising Due to Rotational Friction
Gyroscope Rises on Ice But Stem Not Centered on Button
Gyroscopes Precess Upwards While Spiraling on Low Friction Surfaces
Gyroscope Tilted Normally on Ground Spins for 17:55
Gyroscope Precesses Up While Spiral in HIGHER COG on Low Friction Surface
DRAFT Machining a Groove in a Coin for the Base
Gyroscope Precessing on Ice for 9 minutes and Total for 18:36
DRAFT Regular Gyroscope Rises on Ice Quickly
DRAFT Gyroscope Rises on Ice with Metal Coin Base
DRAFT Gyroscope Rises on Ice with Metal Coin Base Ice Cube Still Spins
Gyroscope Rises and Spins Ice Cube EVEN on Spinning Platform! AMAZING!
Gyroscope Rises and Spins Casing on Ice Cube
Regular Gyroscope with Large Ball Stem Rises and Spins Rapidly on Ice Cube
DRAFT Gyroscopes Rises and Spins Casing Fast on Ice Cube
DRAFT Gyroscope Rises on Ice Cube But Spirals Down Stem Laying on Ice
Frozen Aluminum Tippy Top on Ice 2
Frozen Aluminum Tippy Top on Glass
Frozen Plastic Tippy Top on Ice and Glass
Frozen Plastic Egg Phi Top on Ice and Glass
Plastic Spinning Top on Ice and Glass Balancing
Wooden Spinning Top on Ice Rising
Wooden Spinning Top Wobbling on Ice and Glass
Frozen Wooden Tippy Top on Ice and Glass
Frozen Plastic Rattleback on Ice 2
Frozen Metal Coin on Ice
Coanda Effect Plastic Ping Pong Ball on Blow Dryer
Wooden Tippy Top on Blow Dryer Still Tries to Flip Over
Plastic Grooved Ball on Blow Dryer
Poking Gyroscope While Precessing on Ice
Poking Gyroscope while Precessing Rises
Poking Gyroscope While Precessing on Ice Rises (2)
Gyroscope Rises and Spins Casing on Ice With Changing COG-Centripetal Force
Gyroscope Doesn't Rise on Rotational Friction Base on Ice
DRAFT Gyroscope Rises on Ice
Gyroscope Rises on Ice and Precesses for about 7 Minutes
DRAFT Gyroscope Rises Unbalanced on Ice
Frozen Wooden Tippy Top on Wet Flat Ice
Plastic Rattleback on Low Friction Surface
Plastic Rattleback on Flat Ice
Aluminum Tippy Top on Flat Ice Melting 2
DRAFT Metal Tops Touching Ice and Steel
Metal Tops on Ice Melting but Plastic and Wooden Doesn't Melt
Wooden Tippy Top on Flat Ice
Aluminum Tippy Top on Flat Ice MELTING
Plastic Phi Top on High Friction Surface
Aluminum Tippy Top on High Friction Surface
Aluminum Phi Top on Flat Ice Melting
Aluminium Phi Top on Low Friction Surface
Alluminum Phi Top on High Friction Surface BARELY Rising
Wooden Tippy Top on Low Friction Surface DELAYED Rising
Wooden Tippy Top on High Friction Surface
Aluminum Tippy Top on Blow Dryer
Plastic Tippy Top on Blow Dryer
Weighing Tops
Frozen Plastic Rattleback on Flat Ice and Glass
Frozen Aluminum Tippy Top on Flat Ice
Frozen Tippy Top on Glass
Frozen Aluminum Phi Top on Glass
Frozen Aluminum Phi Top on Flat Ice and Swirls
Rounding Ice with Lid
Frozen Plastic Tippy Top on Wet Ice
Frozen Wooden Tippy Top on Semi Wet Ice
Rounding Ice with Lid and Hot Water
Rounding Ice with Lid and Hot Air
Frozen Aluminum Phi Top on Ice
Frozen Aluminum Phi Top on Glass Barely Rises
Grooved Decorated Ornament on Ice and Glass Heavy Side a Bit Up and Alternating
Decorated Large Ornament on Ice and Glass Heavy Side up and Alternating
Flat Large Ornament on Ice and Glass Split Second Rise
Weighting Spinning Ornaments
Oblong Plastic Grape Rising a Bit on Ice and Glass
Grooved Large Ornament Spinning on Ice Glass Heavy Side Alternating
Bumping Ornament Spinning on Ice Glass Heavy Alternating
Smooth Large Ornament Spinning on Ice Glass Heavy Side Up Only on Ice and Alternating
Textured Ornament Spinning on Ice Glass Heavy Side Up and Split Second Alternating
Bumpy Ornament Spinning on Ice Glass Heavy Side Up Alternating
Rough Bumpy Ornament Spinning on Ice Glass Heavy Side Up Alternating
Rough Large Ornament Spinning on Ice Glass Heavy Alternating
Smooth Small Ornament Spinning on Ice Glass Heavy Side Up and Alternating
Smooth Large Ornament on Ice Heavy Side Up and Alternating But Glass Tough
Smooth Ornament Spinning on Ice/Glass Heavy Side Up and Alternating
Wooden Spinning Top with Round Bottom on Ice and Glass Stays Vertical
DRAFT Trying to Vertically Balance a Gyroscope on Bearings 2
DRAFT Trying to Vertically Balance and Spin Gyroscope on Bearings
Gyroscope Horizontal Precession in Vacuum for 11:22
Gyroscope Rises in Vacuum at 7:00 Precess for 13:09 Total 22:00
DRAFT Gyroscope Rises Unevenly Vertical on Unlevel Chair in Vacuum at 7;00 and Precession of 12;53
DRAFT Gyroscope Almost Rises on Unlevel Chair in Vacuum But Precesses For 12:25
DRAFT Gyroscope Parallel to Ground on Chair in Vacuum Spins For 22:53
DRAFT Gyroscope Rises Unevenly Vertical on Unlevel Chair in Vacuum at 7;00 and Precession of 12;53
Plastic Phi Top and Wooden Plastic Tippy Top Don't Melt Ice
Aluminium Tippy Top on Low Friction Surface
Metal Coin on High Friction Surface
Plastic Tippy Top on High Friction Surface
Plastic Tippy Top on Low Friction Surface
DRAFT Frozen Metal Coin on Flat Wet Ice Not Sticking
Regular Gyroscope Perpendicular to Soft Mouse Pad Spins for 11:47
DRAFT Regular Gyroscope Manual Twisting Perpendicular Spins for 13:11 (CAMERA DIED)
Regular Gyroscope Perpendicular to Hard Surface Spins for 13:12
Regular Gyroscope Perpendicular to Soft Mouse Pad Spins for 12:19
Regular Gyroscope Precesses Upwards at Steep Angle 1:15ish. Total 8:37 PerSMP
Regular Gyroscope Precesses Horizontally for 2:00. Total 8:34 PSMP
Regular Gyroscope Rises From VERY STEEP Angle 1:23. Total 2:50 TSMP
Regular Gyroscope Precesses VERY STEEP Angle for 1:30. Total 6:32 PSMP
Regular Gyroscope Precesses Upwards for 1:00 and 0:50 Repeat. Total 3:00
Regular Gyroscope Parallel to Soft Mouse Pad Spins for 9:39
Regular Gyroscope Tilted on Soft Mouse Pad Spins for 3:18
Hanging String Gyro. Forced P IS a Gyro Compass in Up/Down Directions. Gyro Auto-Rolls Past Finger
Regular Gyroscope Tilted on Hard Table Spins for 3:18. Also Glides on Ground Inertially
Regular Gyroscope Parallel to Hard Surface Spins for 9:37
Regular Gyroscope Touch to Run Rising. Faster Rise on Slower Spin Speed. 5:54 Ending Vertical
Regular Gyroscope Needs Pushing to Run. Rises. Total Spin of 2:31. High Friction
Regular Gyroscope Rises without Running Total 4:07. Tilt Ending on Hard Surface
DRAFT Regular Gyroscope Runs and Rises in 1:00
Regular Gyroscope Spiraling/Running and Rising from Steep Angle
Hanging String UNSPUN Gyroscope Twisting Behaves as "Expected"
DRAFT Hanging String Gyroscope Forced Precession at High Spin Speeds is Not Moving Much
Hanging String Gyroscope at Steep Angle RISES and Spins CCW Always. Gyro-Compass Forced Precession
Hanging String Gyroscope RISES at Decent Angle and Precesses at CCW ALWAYS.
Hanging String Gyroscope at Steep Angle Doesn't Rise Much (Washer Nuts)
Hanging String Gyroscope Rises a Bit on Steep Angle. Precession Up and Down CCW
Aluminum Tippy Top on Oil Spins Slower. Doesn't Rise. Rotational Friction. Sliding Doesn't Tip Over.
Grooved Perpendicular Small Ornament Heavy Side Up on Ice NO Alternating
Squared Texture Medium Ornament on Ice Glass Heavy Side Up Alternating
Squared Texture Small Ornament on Ice and Glass Heavy Side Up and Alternating
Large Grooves Ornament on Ice and Glass Heavy Side Up and Alternating
DRAFT Regular Gyroscope on about 30 Degree Tilted Rotating Base Rises but Falls Often
Precision Toy Gyroscope with Friction Stem on Needle Falls from Vertical in 2:49
Precision Toy Gyroscope with High Friction Stem on Needle Falls from about 10 Degree Tilt in 2:16
Precision Toy Gyro with High Friction Stem on Needle about 45 Degree Tilt RISES A BIT. 1:48 Fall
Toy Gyroscope Rises on a Needle from 47 Degree Tilt in 0:40. Falls in 1:00. Total 2:47
Toy Gyroscope Rises from 45.5 Degrees Angle on Needle in 0:40
DRAFT Toy Gyroscope on Needle Rises from about 45 Degree Angle, But Falls In Between
Toy Gyroscope on Needle at about 41 Degree Tilt Rises in 0:35. Falls in 1:00. Loud Cranking Noise
Toy Gyro on Needle at about 38.5 Degree Tilt Rises in 0:35. Falls in 1:00. Loud Cranking Noise (2)
Precision Toy Gyroscope on Needle at about 20 Degree Tilt Rises Gradually and Falls in 2:30
Precision Toy Gyro on Needle at 35 Degree Tilt Rises Gradually and Falls in 1:56. Cranking Noise
Precision Toy Gyro on Needle at about 45 Degree Tilt Rises a Bit. 1:08 Fall
Precision Toy Gyroscope on Needle at about 45 Degree Tilt Rises Gradually and Falls in 1:38.
Precision Toy Gyroscope on Pen at about 45 Degree Tilt Rises Gradually and Falls in 1:28.
Regular Gyroscope at 45 Degree Rotating Base on 30 Degree Tilt Rises in 1:30. Falls 1:42
Regular Gyroscope at 60 Degree Rotating Base on 30 Degree Tilt Rises A Lot and Falls in 2:00
DRAFT Regular Gyro at 40 Degree Rotating Base on 30 Degree Tilt Rises and Balances as Base Falls
Regular Gyroscope at 80 Degree Rotating Base on 30 Degree Tilt Rises a Tiny Amount
Regular Gyroscope on 50 Degree Rotating Base on 20 Degree Tilt in 1:20. Falls 1:49
Regular Gyroscope Manually Twisting Perpendicular to Surface Spins for 13:13
Regular Gyroscope Manually Twisting Parallel to Surface Spins for 10:05
Gyroscope Tilted on Soft Mouse Pad Spins for 16:02
Gyroscope Parallel to Soft Mouse Pad Spins for 18:02
Gyroscope Perpendicular to Soft Mouse Pad Spins for 14:42
Gyroscope Tilted on Hard Surface Spins for 15:22
Gyroscope Parallel to Hard Surface Spins for 17:07 (REDONE)
Regular Gyroscope Parallel to Semi-Hard Surface Spins for 9:24
DRAFT Gyroscope Spins Parallel to Hard Surface for 17:23 (CAMERA BATTERY DIED)
Gyroscope Perpendicular to Hard Surface Spins for 14:47
Regular Gyroscope Perpendicular on Semi-Hard Surface Spins for 12:51
5 Ball Newton's Cradle. 1 Ball Hits 0:09 Swings 0:30. 2B 0:02-0:53 3B 0:04-1:00 4B 0:04-1:11 5B 1:02
DRAFT Failing to Get Battery Mounted Spinning Top to Balance as a Gyro
DRAFT Failing to Get Battery Mounted Spinning Top to Balance as a Gyro (2) Jacob Speaks
DRAFT Failing to Get Battery Mounted Spinning Top to Balance as a Gyro (3)
Battery Mounted Spinning Top Rises in 0:03. Top is 70.28 g. Battery is 91.30 g and 129.91% of Top.
Battery Mounted Spinning Top Rises in 0:03. Top is 70.28 g. Battery is 91.30 g / 129.91% of Top (2)
Battery Mounted Spinning Top Rises in 0:03. Top is 70.28 g. Battery is 91.30 g / 129.91% of Top (3)
100.29 g Toy Gyroscope with 11.51 g Putty Imbalance Rises on Tilted Needle.
DRILL POWER 100.29 g Toy Gyro with 48.35 g Putty Imbalance Rises INSTANTLY. Tilted Needle BREAKS
DRILL POWERED 100.29 g Toy Gyroscope with 30.20 g Putty Imbalance Rises on Tilted Needle (2)
DRILL POWERED 100.29 g Toy Gyroscope with 30.20 g Putty Imbalance Rises on Tilted Needle
100.29 g Toy Gyroscope with 30.20 g Putty Imbalance Rises on Tilted Needle (2)
100.29 g Toy Gyroscope with 30.20 g Putty Imbalance Rises on Tilted Needle
100.29 g Toy Gyroscope with 20.10 g Putty Imbalance Rises on Tilted Needle.
DRAFT Balancing Toy Man Rocking Back and Forth Fluctuating Wait (UNFINISHED)
Balancing Toy Man: Weight Fluctuates and Stabilizes at 63.36 Grams in 2:00. (Battery Cutoff 4:33)
Balancing Toy Man Rocking Back and Forth Fluctuating Weight to 63.35 g in 2:00
DRAFT Regular Gyroscope Falling on Rotating Base at 45 Degree Angle
Regular Gyroscope on Rotating Needle at 45 Degrees Rises Magically in 0:45
Toy Gyroscope Rises on Rotating Needle in 0:35. Magically Balances on Tip.
High Stem Friction Toy Gyroscope on Rotating Needle Rises at Small Angle in 1:00
High Stem Friction Toy Gyroscope on Rotating Needle Rises in 1:30. Unstable Needle Though.
Toy Gyroscope on Slanted Needle Rising and Cage Spinning Freely in 0:45
Toy Gyroscope Rises on a TILTED NEEDLE.... #Wow
Toy Gyroscope on Tilted Needle Rises and Cage Spins Freely in 0:30 (2)
DRAFT Toy Gyroscope on Tilted Needle Rises Unstably at Low Angle
Toy Gyroscope on Tilted Needle Rises in 0:50
Toy Gyroscope on about 35 Degree Tilted Rotating Base Rises Unstably in 0:55
Toy Gyroscope on about 45 Degree Tilted Rotating Base Rises in 0:30 and Falls in 1:00
Toy Gyroscope on about 40 Degree Tilted Rotating Base Rises in 0:40 and Falls in 1:00
Aluminum Phi Top on Glass Rises in 0:01. Falls in 1:11. Spins 2:17
Magnetic Stirrer Gradually Pulling Down Water Vortex. Objects Appears Smaller From Overview
DRAFT Failing to Get Magnetic Stirrer Vortex Water to Work Because of Imbalanced Large Magnet
Magnetic Stirrer Vortex Water Formation is Controllable. Amazing.
Magnetic Stirrer Phi Top Rises in 0:40. Spins Forever. Power Off Drops in 0:30. Stops in 0:45
Aluminium Phi Top Weight Measurements Fluctuates Quickly at Rising and Falling to 71.97 g
5 Ball Newton's Cradle. Weight Fluctuates to 193.60 g. 1B 0:11. 2B 0:31. 3B 0:30. 4B 0:43. 5B 0:55
Square Pink Plastic Cap Wobbles When Spun Magically Trying to Raise Heavy Bottom
DRILL POWER Two Balls on String. Balls Display Centripetal Force. Slight Delayed Gyroscope Effect
Toy Balls on Rigid Individual Frame on Wooden Support Spinning.
DRAFT Failure to Get Large String Powered Wooden Spinning Top to MANUALLY Spin Upside Down
String Powered Spinning Top MANUALLY Spun Sleeps in 0:05. Falls in 0:43. Rocks to 2:06.
Blue Small Plastic Spinning Top Spun Upside Down Sleeps and Falls at 0:35. Rocks to 2:07
Orange Wooden Spinning Top Doesn't Sleep. Falls in 0:15. Rocks to 0:51
DRAFT Orange Wooden Spinning Top Doesn't Sleep and Falls Off the Table at 0:25
RollSpin on High Friction Sticky Surface. Rotating Ball Ends Spins Better
RollSpin on Ball Bearing Sleeps in 1:10. Falls 5:16. Rocks Until 11:18, 12:21, Extra Movement
RollSpin Semi-Sleeps at 5:00. Falls 9:44. Rocks Back and Forth 11:40
Plastic Toy Spinning Top Sleeps in 0:22. Falls in 1:00. Rocks to 1:09
Orange Wooden Top Doesn't Sleep. Falls at 0:34. Rocks to 1:08
Round Heavy Glass Bubbled Ball Ornament Spins for 0:30. Heavy Stem is Horizontal
Toy Electronic Counting Spinning Top Sleeps in 0:22. Falls in 0:50. Rocks to 0:54
String Powered Wooden Toy Spinning Top Semi-Sleeps in 0:25. Falls in 1:20. Rocks to 2:13
DRAFT String Powered Wooden Spinning Top Hard to Spin on Glass Platform
Star Wooden Round Pegged Spinning Top Rises Instantly. Falls 0:56. Rocks to 1:28
Yellow Plastic Lemon Juicer Sleeps in 0:10. Falls in 0:25. Rocks to 0:58
Pink Plastic Cap Wobbles When Spun Because Heavy Bottom Wants to Magically Rise. #Wow
Pink Plastic Cap Wobbles When Spun Because Heavy Bottom Wants to Magically Rise. (SIDE VIEW)
DRAFT Magnetic Sand Timer Requires Shaking and Hitting to Fall in 4:41
Magnetic Sand Timer Without Magnet Falls in 1:38. Shook a Few Times When Stuck.
DRAFT Right Hand Spun Infinite Magnetic Spinning Top Wants to Reverse Precession (SEE DESC)
Infinite Magnet Spinning Top on Glass Reverses Precession Both Hands. Upside Down Doesn't (SEE DESC)
Magnetic Cube Non-Magnetic Top Spins on Glass 0:07. Rocks to 1:03
Magnetic Cube Spinning Top Spun Right Hand Upside Down Spins 0:13. Rocks to 1:59.
Falling Sand From about 30 mm Doesn't Affect Mass Reading?? Try at Higher Height. Try Water. 17.70 g
Falling Magnetic Sand Timer Doesn't Change Weight. 41.04 g Minus the Magnet
Sand Timer Falls Without No Weight Change: 41.04 g
Aluminum Tippy Top Weight Changes Mainly When Falling. 20.78 g
RollSpin Doesn't Change Weight. 53.42. Center of Mass is Constant. Amazing.
Inception Metal Top Sticks to Gravity and Weight Doesn't Change. 17.10 g. Amazing
Small Metal Precision Spinning Top Spun Upside Down Doesn't Sleep. Falls in 0:23. Rocks to 3:41
Small Precision Metal Spinning Top Doesn't Sleep. Falls in 3:05. Rocks to 6:16.
Infinite Magnetic Spinning Top Spun Upside Down Sleeps in 0:10. Falls in 0:23. Rocks to 0:45.
Inception Metal Top Spun Upside Down Doesn't Sleep or Become Vertical. Falls in 0:24. Rocks to 2:34
Inception Metal Spinning Top Doesn't Sleep. Falls in 1:53. Rocks to 3:08.
Red Dice Spins From Flat Surface to Edge for 0.07. Regular Spin for 0:19.
9 Sided Dice Spins for 0:23. Starting From Flat Edge Spins for 0:15.
Small Infinite Magnetic Spinning Top Reverses Precession (Rolling) 0:03. Falls 0:38. Rocks 1:04
Infinite Magnetic Spinning Top Spins for 5:14 Before I Stop It. Unrecorded Record is 5:00:00.
9 Volt Battery Reading gives 9.66 V (i.e. 666). Plastic Cover Prevents Reading. Interesting.
Metal Coin Spins for 0:05. Weighs 5.34 g. Need Bigger Coin or More Sensitive Weight Measurements.
Large Yellow Plastic Lid With Lip Spins and Magically Wobbles Raising Center of Mass for 0:16
Asymmetric Plastic Transparent Orange Juicer Spins Demonstrating "Angular Momentum" for 0:12
Magnetic Cube Spinning Top Follows Magnetic Attraction While Spinning for 1:19
Magnetic Cube Spinning Top Spins for 1:39. Doesn't Sleep. Is Vertical the Entire Time.
Magnetic Cube Non-Magnet Spinning Top Spins for 1:04. Doesn't Sleep. Vertical Entire Time.
Inception Top Light Spin for 0:39. Left Hand on Magnetic Stirrer 0:20. Unlimited Right Hand MS
RollSpin Perfect Sleeping in 1:30 on Magnetic Stirrer. Can Spin Forever on MS.
Small Steel Spinning Top Spins for 0:28. But Spins Forever on Magnetic Stirrer. Loud MS Noise.
Metal Tippy Top on Magnetic Stirrer Drops Its Stem but Isn't Fast Enough to Flip. #Amazing
Al Egg: Rod Cross Paper: Slow Motion Aluminum Phi Top Rises
148 g Gyroscope on String With 120 g Counterweight Does NOT RISE. (2)
Weight Measurements: Counterweight 120.44 g. Gyroscope 148.64 g (Others in Description)
148 g Gyroscope on String with 120 g Counterweight Tilted Up. Doesn't Rise but Can RAISE WEIGHT.
148.62 g Gyroscope on String with 120.45 g Counterweight DOES NOT RISE
Blue Wooden Spinning Top Spun Upside Down for 0:10. Rocks to 0:43. Perfectly Vertical Always
Blue Wooden Spinning Top Spins for 0:59. Rocks to 1:05. Perfectly Vertical Entire Time
Infinite Magnetic Top on Magnetic Stirrer Tends to Spin Top on Side. Same with Flat Magnet??
Inception Spinning Top on Infinite Magnetic Base Light Left Hand Spun For 0:33
RollSpin on Infinite Magnetic Top Base. Light Right Hand Spins for 0:35. LH 1:28. Try Again?
Small Precision Top on Infinite Magnetic Base. Light Left Hand Spins 1:30. RH 2:04. Loud Noise
Inception Metal Spinning Top on Infinite Magnetic Base Right Hand Spins for 0:41. Rocks to 1:31
DRAFT Infinite Magnetic Spinning Top Spins a Few Seconds at Any Angle on Magnetic Cube Top
Infinite Magnetic Spinning Top Chases Magnetic Attraction from Magnetic Cube Top
Infinite Magnetic Top Spun Both Hands and Upside Down. Only RH Normal Has Opposite Precession.
8.64 g Large Magnetic Stirring Rod Magnetic Weight is Lowest 12.84 g. Highest 13.56 g
DRAFT Magnetic Stirring Rod Magnetic Weights: CHECK DESCRIPTION For Weights
Bronze Balancing Bird. Base 21.34 g. Bird 91.43 g. Balances and Weight Moves for 0:03
Bald Eagle Balancing Bird. Base 5.77 g. Bird 55.04 g. Balances and Weight Moves for 0:07
Plastic Rising Phoenix Balancing Bird. Pyramid is 6.49 g. Bird 17.87 g. Weight Balances Instantly.
Wooden Balancing Bird Weight Stabilizes Quickly to 23.37 g. Base 3.05 g. Pole Stand 2.39 g.
Small Metal Balancing Man Stabilizes to 12.38 g in 0:33. Stops at 6:17. Base 5.23 g.
Magnetic Cube Bottom Non-Magnet Top Upside Down on Infinite Top Base Spins for 0:04. Rocks to 0:40
Magnetic Cube Spinning Top on Infinite Top Base Upside Down Spins for 0:04. Rocks to 0:33
Magnetic Cube Spinning Top on Infinite Top Base Spins 0:43 CW.
Magnetic Cube Non-Magnetic Spinning Top on Infinite Base Spins CCW 0:20. CW 0:24
DRAFT Failure to Spinning Magnetic Infinite Top Upside Down.
Infinite Magnetic Spinning Top Spun Clockwise Precesses CCW. Spun CCW Precesses CW. (SEE DESC)
Infinite Magnetic Spinning Top Spun CW Precesses CCW. But Spun CCW Doesn't Reverse (SEE DESC)
Infinite Magnet Spinning Top on Table Tries to Reverse Precession. Upside Spun No Change (SEE DESC)
DRAFT Orange Light Up Bouncy Ball Bouncing a Bit.
Small Green Plastic Hollow Grape Spins and Rises Back and Forth for 0:15
Steel Ball Magnetic Fidget Spinner Weight Measurements (SEE DESCRIPTION)
Large Star Wooden Rounded Peg Top Spun Upside Down for 0:24. Rocks to 0:44
Spiral Single Looped Ring. Forms Vesica Piscis and Primer Field Vortex Toroid. Moves Freely.
Balancing Bald Eagle Bird. Stays Till Moving Vertically. Wobbles Sideways. Small Rotational Friction
Steel Ball Magnetic Spinner. Spinning Base Only. CCW Spun 0:11. CW 0:15
6 Drum Red Green Blue Metal Fidget Spinner Spun Horizontally for 2:59
Euler's Disk on Magnetic Stirrer Makes Loud Magnetic Noise in Different Orientations.
Euler's Disk Spun on Flat Edge with Arrow for 1:59. Amazing Slow Turning Fast/Loud Vibrating.
Euler's Disk Spun on Round Edge with Arrow for 0:56. Amazing Slow Turning Fast/Loud Vibrating.
Euler's Disk Spun on Flat Edge for 1:53. Amazing Slow Turning Fast/Loud Vibrating.
Euler's Disk Spun on Round Edge for 0:50. Amazing Slow Turning Fast/Loud Vibrating.
DRAFT White Plastic Hollow Ball Bouncing From Small Height
Owen Liang Original Inverse Law Spinning Magnetic Top Invention
Top6: Rod Cross Paper: Slow Motion Weighted Spinning Ball Rises Center of Mass
Top5: Rod Cross Paper: Slow Motion Plastic Hollow Half-Transparent Ball Heavier Side Rises
Top4: Rod Cross Paper: Slow Motion Red Black Tippy Top Rises and Jumps
Top3B: Rod Cross Paper: Slow Motion Large Round Pegged Ball Rises Tiny Amount
Top3: Rod Cross Paper: Slow Motion Large Round Ball Peg Metal Spinning Top Precession
Top2: Rod Cross Paper: Slow Motion Pointed Metal Top From Overhead Precession
Top1: Rod Cross Paper: Slow Motion Side View Pointed Metal Top Precession
Gyro2: Rod Cross Paper: Slow Motion Gyro Counterweight Precession. Gradually Falls. Forced P Rises
Gyro: Rod Cross Paper: Slow Motion Gyro on String Horizontal Precession
Egg5: Rod Cross Paper: Slow Motion Wooden Egg Slowly Spun Wobbling
Egg4: Rod Cross Paper: Slow Motion Wooden Egg Vertical Rolling From Less Round Side
Egg3: Rod Cross Paper: Slow Motion Wooden Egg From Rounder Side Doesn't Roll
Egg2: Rod Cross Paper: Slow Motion Wooden Egg Rises on Less Round Side
Egg1: Rod Cross Paper: Plastic Hollow Egg Precessing on Rounder Side
AlStrip: Rod Cross Paper: Slow Motion Metal Rattleback Rocks to Weighted Pointing Direction
Steel Ball on Magnetic Base Spinner on Magnetic Stirrer. Ball Rotates. Base Too if Ball on Top
Asymmetric Fidget Spinners on Magnetic Stirrers. Less Pegs More Centripetal Effect. Fast Slowdown
Symmetric Fidget Spinners on Magnetic Stirrer. Faster and Louder With Less Pegs?
DRAFT 6 Drum Red Green Blue Metal Fidget Spinner on Magnetic Stirrer. Asymmetric Touching Base
6 Round Pegs Metal Fidget Spinner Weight Measurements (SEE DESCRIPTION)
6 Round Peg Fidget Spinner: Asymmetric Parallel to Surface Manual Twisting (SEE DESCRIPTION)
Asymmetric 6 Round Pegs Fidget Spinner: Applied Pressure (RESULTS IN DESCRIPTION)
6 Round Peg Fidget Spinner: Symmetric Spinning (RESULTS IN DESCRIPTION)
3 Looped Black Metal Fidget Spinner: Horizontal Spinning / Twisting (RESULTS IN DESCRIPTION)
6 Pointed Peg Fidget Spinner Weight Measurements (RESULTS IN DESCRIPTION)
6 Pointed Pegs Fidget Spinner: Symmetric Parallel to Surface Manually Twisting (RESULTS IN DESCR.)
6 Pointed Peg Fidget Spinner: Asymmetric Spinning (RESULTS IN DESCRIPTION)
6 Pointed Pegs Fidget Spinner: Symmetric Horizontal Spinning (RESULTS IN DESCRIPTION)
2 Sided Bronze Metal Fidget Spinner: Parallel to Surface Manually Twisted Spins 0:08
2 Sided Bronze Metal Fidget Spinner: Pressure Applied Spinning 4:05
2 Sided Bronze Metal Fidget Spinner: Horizontal Spinning 3:44
6 Drum Red Green Blue Fidget Spinner Weight Measurements: 79.82 g (SEE DESCRIPTION)
6 Drum Green Red Blue Fidget Spinner: Symmetric Pressure Applied 0 Pegs: 1:47
6 Drum Red Green Blue Fidget Spinner: Symmetric Vertical Spinning / Twisting / Pressure (SEE DESC.)
6 Drum Red Green Blue Fidget Spinner: 0 Drum Parallel to Surface Manually Twisted 1:12
6 Drum Red Green Blue Fidget Spinner: Symmetric Horizontal Spinning 0 Drums 1:53
Steel Ball on Magnetic Spinner Barely Spins
Asymmetric Vertical Spinning. Green Blue Red 6 Drum Metal Fidget Spinner (RESULTS IN DESCRIPTION)
Asymmetric Horizontal Hand-Held Spinning. Green Blue Red 6 Drum Metal Fidget Spinner (RESULTS BELOW)
Symmetric Fidget Manual Twisting: 6 Drum Green Red Blue Fidget Spinner (SEE DESCRIPTION)
Symmetric Fidget Horizontal Spinning: 6 Drum Green Red Blue Fidget Spinner (SEE DESCRIPTION)
Asymmetric Fidget Horizontal Spinning: 6 Drum Green Red Blue Fidget Spinner (SEE DESCRIPTION)
6 Drum Red Green Blue Fidget Spinner Perpendicular to Surface Manually Twisted 2:47 (SEE DESC.)
6 Drum Red Green Blue Metal Fidget Vertical Spinning for 2:47 (SEE DESCRIPTION)
6 Drum Red Green Blue Metal Fidget Spinner Parallel to Surface Manually Twisting Spins for 2:31
Small Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
Toy Gyroscope Close Up of Grooved Stem with Needle Base
Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
Red Plastic Peanut Butter Lid. Tends to Roll to Heavy Side But Can Spin Straight or Light Side
DRAFT DRILL POWERED Toy Gyroscope Not Balancing on Needle
DP Toy Gyroscope Rises a Bit on Fixed Base 0:36. Rises Rotating Base 0:35. Can't Balance on Needle
Needle for Gyroscope Experiments is Attracted to Magnetic Ruler. About 0.5 mm Worn Out Tip
Custom Toy Gyro Two Legs Set Up Weight Measurements. 82.78 g (SEE DESCRIPTION)
Custom Gyroscope with Two Legs. Wants to Precess but Falls Easily. Rises on Hard Table.
DRAFT Frozen Egg on Ice on Magnetic Stirrer Doesn't Balance. Need to Groove Ice
Steel Spinning Top on Magnetic Stirrer (SEE RESULTS IN DESCRIPTION)
Small Precision Spinning Top with 0.1 mm Stem. Rises Gradually. Stem Too Small for Rolling
Spinning Tops Rolling Comparison. Wider Rotors / Longer Stems Roll More.
Spinning Tops Rolling Comparison. Wider Rotors / Longer Stems Roll More. (2)
Balancing Toy Man on Metal Lid Higher Friction Wobbles 4:08. On Glass Wobbles for 20:34+
Magnetic Pole Viewer Behaves Like a Gyroscope. Side Readings are Varying and Interesting.
Magnetic Stirrer Opened Up. Composed of Two Magnets Spun by a Tiny Motor.
Levitation Magnet Weight and Magnetic Strength Measurements (SEE DESCRIPTION)
Levitating Magnet Lifts Small White Plate. Easy to Turn. Free to Pass Objects Underneath
Levitating Magnet Lifting Black Clay Bowl. Easy to Turn. Magic.
Spinning Tops Wobbling Timed Test Comparison (SEE DESCRIPTION)
Some Spinning Tops Can Precess in Reverse Direction if Vertical. Likely Due to Rolling vs Precession
Levitating Top with Magnets Not Working. At 2:06 Spinning Rings Rise and Thrown Out Magically.
Egley Wheel: Trouble Making it Work. Only at 2:10 Spins Left Hand. Too Cold in My Room?
Wooden Toy Flower Wheel Spins for 0:29 & Rocks to 0:40. Tends to Reverse Precession Direction.
Centripetal Force Spinning Toy Makes Amazing Shapes and Always raises COG when Spun.
Green Plastic Rattleback CW Spins 0:03, Reverses to 0:12. CCW Spins 0:48.
DRAFT Spinning Tops and Plastic Cap. Precession Tends to Switches for Low COG.
Toy Gyroscope Rotor on Magnetic Stirrer. Spins 1:20 Turn Off. 1:31 Turned On
Spinning Coin/Tops on Magnetic Stirrer. CW Increases Speed/Rising. Loud Noise in Dense Top Rising
Slow Motion 240 FPS Metal Inception Spinning Top Spins for 1:55.
Slow Motion 240 FPS Metal Inception Spinning Top Spins for 1:29. (2)
Slow Motion 240 FPS Green Plastic Rattleback Reverses Spin for 0:12.
DRAFT Regular Battery Attached Gyroscope Precesses CW but Also CCW? Test Again.
Battery Attached Regular Gyroscope Testing. Falls from Rotating Base 2:34. Fixed 0:25 (SEE DESC)
Battery Attached Regular Gyroscope With FOAM BALL Weight Measurements (SEE DESCRIPTION)
DRAFT Battery Attached Foam Ball Regular Gyro Testing. Wants to Precess CCW but Goes to CW and Falls
DRILL POWER Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
DRILL POWER Precision Solid Toy Gyro on Varied Rotating Bases (SEE DESC)
DRILL POWER Precision Holed Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
Squeeze Cardboard Launching Measurements (SEE DESCRIPTION)
Launching Small Square Cardboard. Goes Farther when Squeezed Between Solid Objects.
Launching Small Square Cardboard By Squeezing Edge with a Round Metal Lid. Amazing.
Precision Holed Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
DRILL POWER Precision Solid Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
PART 3 Precision Toy Solid Gyroscope on Needle (SEE DESCRIPTION)
PART 3 Precision Toy Solid Gyroscope on Rotating Base (SEE DESCRIPTION)
DRAFT Precision Toy Solid Gyroscope Doesn't Balance on Rotating Flat Cardboard Without Groove
PART 1 Precision Toy Solid Gyroscope on Fixed, Rotating, Needle Bases (SEE DESCRIPTION)
DRILL POWER UFO Light Up Gyro on Fixed, Rotating, and Needle Bases (SEE RESULTS BELOW)
DRAFT DRILL POWER UFO Light Up Gyroscope on Fixed Base Jumps and Rolls Away
UFO Light Up Gyroscope Close Up of Stem Groove and Needle Stand
UFO Light Up Gyroscope Rises a Bit on Fixed Base and Needle. Rises on Rotating Base.
DRAFT: UFO Light Up Gyroscope String Caught in Bearing. Need to Twist Away From Pull Direction
DRAFT UFO Light Up Gyroscope String Caught in Bearing. Need to Twist Opposite Pull Direction (2)
DRILL POWER Asymmetric Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
Asymmetric Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
DRAFT Asymmetric Toy Gyroscope. Can't Seem to Pull Start the Gyro. Need to Hold Horizontally.
DRILL POWER Small Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
DRAFT Spinning Bowl Filled with Water Causes Centripetal Force to Push Water to Outer Edge.
Drilling a Hole in Ice to Prepare Curved Bowl Shaping of Ice
Spinning Lid to Make Groove on Ice. Shows the Precession Momentum Wave Pulse.
DRAFT Toy Small Gyroscope on Ice Doesn't Rise Because Peg Sticks in Ice. Forgot to Stop Recording.
DRAFT Steel Round Peg Spinning Top Spinning and Rolling but on Tilted Ice. RE DO.
Frozen Aluminum Tippy Top on Ice on Magnetic Stirrer Drops Down Magically in 0:14. i.e. NO FRICTION
DRAFT Frozen Aluminum Phi Top on Ice on Magnetic Stirrer Can't Stay in Center at High Speeds.
6 Drum Red Green Blue Fidget Spinner 0 Drums Horizontal Translation Testing (SEE DESC.)
Wooden Tippy Top Rolls in Opposite Precession Direction. Normal Precession Direction on Stem.
Rolling Wooden Tippy Top Testing. Depends on Stem Tilt Direction. Can Precess or Roll Both Ways.
Slow Motion 240 FPS Wooden Tippy Top Rolling Testing. Precession = Rolling.
Slow Motion 240 FPS Small Metal Slinky Defying Gravity
Slow Motion 240 FPS Aluminum Tippy Top on Magnetic Stirrer. Drops Magically. Spins Forever on Stem
Slow Motion 240 FPS Red Plastic Tippy Top Rises 0:03, Falls and Stops in 1:03.
DRAFT Slow Motion 240 FPS Red Plastic Tippy Top Rolling Away. Need to Launch Forward.
Slow Motion 240 FPS Green Plastic Tippy Top Rises in 0:03. Falls Then Stops in 1:03
Slow Motion 240 FPS Red Plastic Tippy Top Spins for 3:26 but DOESN'T RISE. 3 Times Longer vs. 1:03
Slow Motion 240 FPS Aluminum Tippy Top Rises in 0:05, Falls at 1:08 then Stops in 1:36.
Slow Motion 240 FPS Plastic Hollow Egg Rises Halfway and Falls in 0:25
Slow Motion 240 FPS Wooden Tippy Top Rises in 0:01. Falls Then Stops in 0:20.
Slow Motion 240 FPS Dropping Circular Disk Magnet Appears to Want to Move South Pole Upwards.
Slow Motion 240 FPS Battery Mounted Spinning Top Rises Instantly. Falls Fast When Off.
Slow Motion 240 FPS Battery Mounted Spinning Top Rises Instantly.
Slow Motion 240 FPS Euler's Disk on Sharp Edge Spins for 2:00. Wobbling Speed Increases. Turning D.
Slow Motion 240 FPS Euler's Disk on Round Edge Spins for 0:53
DRAFT Slow Motion 240 FPS Spinning Metal Bowl with Water to See Centripetal Force
Slow Motion 240 FPS 2 Sided Stoke Fidget Spinner Manually Twisting Parallel to Surface Spins 0:22
Slow Motion 240 FPS Asymmetric 6 Drum Red Green Blue Fidget Spinner (SEE DESCRIPTION)
Slow Motion 240 FPS Cube Magnet Non-Magnet Spinning Top on Magnet Stirrer Spins Infinity
Slow Motion 240 FPS Magnetic Cube Spinning Top Follows Magnets While Rigid Towards Gravity.
Plastic Ping Bong Ball and Egg Weight Measurements: Ball 1.52 g. Egg 3.76 g.
Plastic Egg in Wide Water Column Vortex on Magnetic Stirrer Doesn't Sink Downwards.
Plastic Ping Pong Ball and Egg in Water Vortex on Magnetic Stirrer (SEE DESCRIPTION)
DRAFT Plastic P.P. Ball and Egg in Water Vortex on Magnetic Stirrer. Rod too Big to Work. Both Spin.
Plastic Ping Pong Ball and Egg Weight Measurements: Egg 3.53 g Ball 1.55 g
Large Magnetic Disk Weight and Strength Measurements: 171.88 g Weight (SEE DESCRIPTION)
Clay Mug + Aluminum Straw Weight Measurements: 470.86 g. Straw 11.68 g. Mug 459.20 g
SpillNot with Clay Mug and Aluminum Straw Centripetal Force Demonstration. Straw Barely Moves!
Orange Plastic Egg On Glass. Broad: Rises 0:01, Falls 0:18, Stops 0:46. Pointed: 0:01, 0:18, 0:50.
Small Toy Gyroscope with Plastic Stem on Grooved Ice + Putty Comparison (SEE DESCRIPTION)
Small Toy Gyro with Plastic Stem and Putty on Flat Ice. Case Spins Fast. Stem Precesses. No Rise
Aluminum Tippy Top on Magnetic Stirrer Drops in 0:07. Manually Flipped Infinite Spin.
Small Magnets Weight Measurements (SEE DESCRIPTION)
Dropping Small Circular Magnet. Appears to Drop South Side Up More Stable. Needs More Testing.
DRAFT SpillNot Balancing Cup of Water and Spinning. Spills Everywhere.
SpillNot Balancing and 360 Spinning Cup of Water Magically Displays Centripetal Force
DRAFT SpillNot Balancing Cup of Water. Camera Goes Blurry and Cup Drops.
Self Stirring Mug. Vortex Centripetal Force Mixing Water and Cocoa Powder
Self Stirring Mug Weight Measurements 234.48 g (SEE DESCRIPTION FOR MORE RESULTS)
SpillNot Weight Measurements 142.40 g. Rubber Coaster 11.31 g
Plastic Spiral Potato Cutter Cuts About 15% of Large Yam. Screw Toroid Motion Magic.
Amazing Apple Slicer. Cuts 8 Pieces and Core.
Two Sided Stoke Bronze Fidget Spinner Horizontal Translations Testing (SEE DESCRIPTION)
6 Drum Metal Fidget Spinner Horizontal Translations Testing (SEE DESCRIPTION)
Custom Battery Mounted With Peg Regular Gyroscope Weight Measurements (SEE DESCRIPTION)
Custom Battery Mounted With Peg Regular Gyro. Tilts Easily. Precession Reverses on Counterweight.
Battery Mounted Caged Spinning Top Not Balancing
DRAFT Battery Mounted Caged Spinning Top Not Turning Rotor
Battery Mounted Spinning Top Rises Instantly. Falls When Battery Turns Off.
DRAFT Battery Mounted Spinning Top Rises Quickly. Falls Off Glass at End.
DRILL POWER Frozen Small Toy Gyroscope on Ice. Can't Rise Fully on Either End.
DRILL POWER Frozen Toy Gyro on Ice Rises in 0:25. Case Spins Fast. Linear Stem Precession. T 1:30
Frozen Small Toy Gyroscope on Ice Doesn't Rise when Stem Precesses but Does Otherwise.
Frozen Toy Gyroscope on Ice Doesn't Rise and Drops in 0:05 as Stem Precesses and Case Spins Rapidly
DRAFT Frozen Steel Spinning Top with Round Bottom on Ice Rises Quickly. Bad Experiment Production
Frozen Steel Spinning Top with Round Bottom on Ice Rises Quickly. Ice is Tilted Though.
Semi-Frozen Aluminum Phi Top on Aluminum Foil on Glass on Magnetic Stirrer Doesn't Rise.
Frozen Aluminum Phi Top on Glass on Lid on Magnetic Stirrer Doesn't Rise. Distance Too Far.
Frozen Aluminum Phi Top on Clay Bowl on Magnetic Stirrer Doesn't Rise. Top Hitting Side Plate.
Frozen Aluminum Tippy Top on Ice on Magnetic Stirrer. Ice Too Thick to Spin.
Frozen Aluminum Phi Top on Ice on Magnetic Stirrer Doesn't Rise. Distance Likely Too Large.
Steel Ball Drops in Water, but stays up when in Plastic Egg, until Egg Fills with Water. Buoyancy.
DRAFT Weak Magnet Can't Lift Steel Ball from Water Column. Stirring Doesn't Raise Ball.
Water Column Stirring Rise Tests on Saline Weighted Ping Pong Ball and Plastic Egg (SEE DESCRIPTION)
Saline Ball in Thin Water Column Falls in 0:06 and Rises when Stirred in 0:14
Saline Ball and Egg Weight Measurements: Egg 32.25 g. Ball 29.00 g.
Saline Ball Demonstration of Magnetic Stirring Salt Water and Syringe Injection. (Needle)
Water Column Stirring Rise Tests on Saline Weighted Ping Pong Ball and Plastic Egg (SEE DESC) (2)
Saline Ball and Egg Weight Measurements: Egg 30.69 g. Ball 27.60 g. (2)
Saline Ball Demonstration of Magnetic Stirring Salt Water and Syringe Injection. (2) (No Needle)
Thin Water Column Stirring Rise Tests on Saline Weighted Ping Pong Ball & Plastic Egg (SEE DESC) (3)
DRAFT Saline Egg in Wide Water Column Falls 0:15. Rises when Stirred 0:11. Ball is Light, Floats (3)
Saline Egg and Ball Weight Measurements Egg 30.81 - 30.73 g. Ball 27.43 g. (3)
Saline Ball Demonstration of Magnetic Stirring Salt Water and Syringe Injection. (3) (No Needle)
DRAFT Water Filled Egg and Ball in Water Vortex on Magnetic Stirrer Drop when Stirred
Water Filled Ball and Egg Weight Measurements. Ball 27.08 g. Egg 30.56 g.
DRAFT Water Filled Ball and Egg Weight Measurements. Ball 27.23 g. Egg 30.80 (Minus 0.06 g ?)
Water Filled Ping Pong Ball Syringe Water Injection Demonstration
Water Filled Plastic Egg Syringe Water Injection Demonstration
Plastic Egg and Ping Pong Ball Weight Measurements. Egg 3.77 g. Ball 1.55 g
Small Toy Gyroscope with Plastic Stem & Putty on Rotating Base Almost Rises Fully and Drops in 0:25
Small Toy Gyroscope with Plastic Stem on Rotating Base Rises in 0:36 Unevenly and Drops in 0:55
Small Toy Gyro with Plastic Stem on Plastic Base on Wet Ice Rises a Tiny Bit. Falls 0:41. Total 0:53
Small Toy Gyroscope with Plastic Stem on Plastic Base on Wet Ice Doesn't Rise. Falls in 0:36
Small Toy Gyroscope with Plastic Stem on Plastic Base on Semi-Wet Ice Drops in 0:43. No Rising.
Small Toy Gyroscope with Plastic Stem on Semi-Wet Ice RISES When Stem NOT Rolling (SEE DESC)
DRILL POWER Small Toy Gyroscope with Plastic Stem With/Out Putty on Various Ice Bases (SEE DESC)
Small Toy Gyroscope with Plastic Stem on Grooved Ice Wobbles and Case Spins. Stopped at 0:35
Small Toy Gyroscope with Plastic Stem on Grooved Ice Case Keeps Spinning Off Groove. Total 0:40
DRAFT Small Toy Gyroscope with Plastic Stem on Grooved Ice Case Keeps Spinning Off Groove
Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Test (SEE DESCRIPTION)
Steel Spinning Top with Round Bottom on Ice Rises Easily and Quickly. Slides Too.
DRAFT Steel Spinning Top with Round Peg Rises Quickly on Ice
Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Test (SEE DESCRIPTION)
Small Toy Gyroscope with Plastic Stem on Flat and Grooved Ice (SEE DESCRIPTION)
Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Test (SEE DESCRIPTION)
+DRILL POWER Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Tests (SEE DESC)
+INCLUDES DRILL POWER Small Toy Gyroscope with Plastic Stem on Flat Ice (SEE DESCRIPTION)
+INCLUDES DRILL POWER Small Toy Gyroscope with Taped Stem on Flat Ice (SEE DESCRIPTION)
SLOW MOTION 240 FPS Fire Stove-Top Blue Flames and with Occasional Red Flames.
SLOW MOTION 240 FPS Disk Magnet Drop Test. South Pole Appears to Point Upwards
SLOW MOTION 240 FPS Toy Bouncy Launcher Springs Up Faster Than Camera Capture.
SLOW MOTION 240 FPS Toy Bouncy Launcher Springs Up Faster Than Camera Capture. (2)
SLOW MOTION 240 FPS Toy Bouncy Launcher Springs Up Faster Than Camera Capture. (3)
SLOW MOTION 240 FPS Toy Bouncy Launcher Springs Up Faster Than Camera Capture. (4)
SLOW MOTION 240 FPS Steel Spinning Top on Ice Rises quickly on Ice
SLOW MOTION 240 FPS Water Vortex with Magnetic Stirrer. Visible if Egg/Ball Dropped After Creation
SLOW MOTION 240 FPS Blue Magnetic Spinning Ring. Good Demonstration of Rolling and Rolling Friction.
SLOW MOTION 240 FPS Blue Magnetic Spinning Ring. Good Demonstration of Rolling & R Friction (2)
PART 2 Gyroscope with Rubber Stem on Various Ice Surfaces (SEE DESCRIPTION)
PART 1 Gyroscope with Rubber Stem on Various Ice Surfaces (SEE DESCRIPTION)
Gyroscope with Rubber Stem on Flat Ice Rises in 2:34. Random Testing initial 5:37 of Video.
Gyroscope with Rubber Stem with Putty Weight Measurements 162.22 g. Putty 11.33 g
Toy Gyroscope with Rubber Stem Putty Weight Measurements 121.21 g. Putty 20.60 g
DRILL POWER Toy Gyroscope with Rubber Stem with Putty on Various Ice Bases (SEE DESCRIPTION)
DRILL POWER Toy Gyroscope with Rubber Stem with Putty on Ice Throws Putty Off (SEE DESCRIPTION)
Toy Gyroscope with Rubber Stem with Putty on Various Ice Surfaces (SEE DESCRIPTION)
DRILL POWER Toy Gyroscope with Rubber Stem on Various Ice Surfaces (SEE DESCRIPTION)
Toy Gyroscope with Plastic and Aluminum Stems on Grooved Ice Keeps Rolling Out of Groove
DRAFT Toy Gyroscope with Rubber Stem on Various Ice Surfaces (SEE DESCRIPTION)
Toy Gyroscope with Rubber Stem with Putty Weight Measurements 110.08 g. Putty 9.54 g
Small Toy Gyroscope with Rubber Stem with Putty Weight Measurements 32.07 g. Putty 2.82 g
DRILL POWER Small Toy Gyroscope with Rubber Stem and Putty on Various Ice Surfaces (SEE DESCRIPTION)
DRILL POWER Small Toy Gyroscope with Rubber Stem on Various Ice Bases (SEE DESCRIPTION). GREAT DEMO
Small Toy Gyroscope with Rubber Stem and Putty on Various Ice Surfaces (SEE DESCRIPTION)
Small Toy Gyroscope with Rubber Stem on Various Ice Surfaces (SEE DESCRIPTION)
Gyrobot Wheel with Custom Stem on Flat Surface and Variable Speed Types (SEE DESCRIPTION)
GyroBot Wheel with Custom Stem and Lego Pieces 255.00 g (SEE DESCRIPTION)
GyroBot Wheel with Custom Legos and Stem on Fixed and Rotating Bases and Constant S (SEE DESC)
GyroBot Wheel on Custom Stem with Putty on Fixed and Rotating Bases on Constant S (SEE DESCRIPTION)
GyroBot Wheel with Custom Stem + Putty + Custom Legos Weight Measurements (SEE DESC)
GyroBot Wheel with Custom Stem and Putty with Slow Down Speed Falls in seconds on Fixed/Rotating B
GyroBot Wheel with Custom Stem and Custom Large Legos Rises and Falls Instantly on F/R Bases
DRAFT GyroBot Wheel with Custom Stem and Custom Legos Rises and Falls Instantly on Fixed Base
DRAFT GyroBot Wheel with Custom Stem and Tall Lego Falls Instantly on Fixed/Rotating Bases
GyroBot Wheel with Custom Stem and Tall Lego Weight Measurements 258.01 g (SEE DESCRIPTION)
GyroBot Wheel with Custom Stem and Tall Lego Display Demonstration and Propeller Spin Direction
GyroBot Wheel with Custom Stem and Tall Lego with Constant Speed on Fixed / Rotating B (SEE DESC)
GyroBot Wheel with Custom Stem and Top Lego Weight Measurements 277.02 g (SEE DESC)
GyroBot Wheel with Custom Stem with Top Lego with Slow Down S on Fixed and Rotating Bases (SEE DESC)
GyroBot with Custom Stem and Top Lego with Constant S on Fixed / Rotating Bases (SEE DESCRIPTION)
GyroBot with Custom Stem on Rotating Base with Constant Speed Rises a Bit in 20:00
GyroBot with Custom Stem with Slow Down Spin Speed on Fixed and Rotating Bases (SEE DESCRIPTION)
GyroBot Wheel with Custom Stem with Constant Speed on Fixed Base Rises a Bit in 20:45 (SEE DESC)
Custom Stem for GyroBot Weight Measurements 2.85 g. Custom Round Peg 11.60 g
GyroBot Wheel with Rubber Stem Weight Measurements 244.78 g (SEE DESCRIPTION)
GryoBot Wheel with Plastic Tube Stem on Fixed and Rotating Bases with Variable Spin S (SEE DESC)
GryoBot Wheel with Rubber Stem on Fixed and Rotating Bases with Variable Speeds (SEE DESCRIPTION)
GyroBot Wheel with Rubber Stem on Fixed on Rotating Bases and Slow Down Speed (SEE DESC)
RollSpin Friction Counter Spin Testing. Plus Tilting Glass to Demonstrate "Angular Momentum"
DRAFT Frozen Phi Top on Wet Ice on Magnet Stirrer Not Spinning.
DRAFT Aluminum Phi Top on Wet Ice on Magnetic Stirrer Not Spinning and Trying to Troubleshoot.
Melting Large Ice Block with Hot Water from Faucet
Gyroscope on Ice with Aluminum Stem digging into Ice and Case Spinning. Rises in 3:39
Gyroscope on Ice with Rubber and Aluminum Stems Rise on Grooved Ice (SEE DESCRIPTION)
Gyroscope with Rubber Stem and Putty Counterweight on Various Ice Conditions (SEE DESC)
Gyro Counterweight + 7 Nuts + Washer Weight Measurements 159.66 g (SEE DESCRIPTION)
Gyroscope Testing on Horizontal Off Center Extended Peg. Gyro Can't Balance
Gyroscope on Gimbals with Counterweight on Tilted/Inverted Positions (SEE DESCRIPTION)
DRAFT Gyroscope on Gimbals on Balanced Counterweight on Tilted Position. Ditto.
Battery Mounted Spinning Top Friction Strength Testing. Very Weak Applied Rotor Torque.
Rotor Only Mounted Spinning Top with Custom Round Peg Doesn't Rise. Need to Build it Better.
DRAFT Rotor Only Mounted Spinning Top with Custom Round Peg Difficult to Balance.
Rotor Only Mounted Spinning Top Weight Measurements 114.20 g (SEE DESCRIPTION)
Electric Spinning Top with Custom Round Peg on Spinning Base (SEE DESCRIPTION)
Electric Spinning Top with Custom Round Peg on Spinning Base (SEE DESCRIPTION)
Electric Spinning Top with Custom Round Peg on Flat, Fixed, and Spinning Bases (SEE DESCRIPTION)
Electric Spinning Top with Custom Round Peg Weight Measurements 81.83 g (SEE DESCRIPTION)
DRAFT Electric Spinning Top on Custom Plastic Stem Doesn't Balance. Needs Re-build.
Battery Mounted Spinning Top with Custom Round Peg. Balances Barely Only on Flat Surface
Battery Mounted Spinning Top with Custom Round Peg Weight Measurements (See Description)
Gyrobot Wheel + Putty + Counterweight + Gyroscope Weight Measurements (SEE DESCRIPTION)
Gyrobot Wheel with Very Underbalanced Counterweight on Tilt with Slow Down Drops Fast
Gyrobot Wheel on Gimbals with Counterweight and Constant/Slow Down Speed Tests (SEE DESCRIPTION)
Gyroscope on Gimbals with Counterweight Testing (SEE DESCRIPTION)
DRAFT Gyroscope on Gimbals with Counterweight Testing on Horizontal Tilt (SEE DESCRIPTION)
Gyroscope on Gimbals Weight Measurements (SEE DESCRIPTION)
Gyroscope Centered on Gimbals with Counterweight. Amazing Precession and Forced P Demonstrations
Gyroscope Centered on Gimbals Great Gyro-Compass Demonstration
Gyroscope on Semi-Fixed Base Drops in 1:00! Then Drops Increasingly Fast.
DRAFT Frozen Phi Top on Thick Ice on Magnetic Stirrer Barely Spins
DRAFT Frozen Phi top on Thick Unbalanced Ice on Magnetic Stirrer Doesn't Balance or Spin
GyroTop Wheel with Custom Round Big Peg on Variable Surfaces and Spin Speed Types (SEE DESC)
GyroTop Wheel with Custom Round Big Peg on Variable Surfaces and Spin Speed Types (SEE DESC) (2)
Gyroscope on Custom Stem on Various Surfaces (SEE DESCRIPTION)
Aluminum Phi Top on Ice on Magnetic Stirrer. Drops Stem. Manually Spun Tries to Flip.
Aluminum Phi Top on Ice on Magnetic Stirrer Tries to Rise but Spin Speed and Height Too Low.
Gyroscope String Weight Measurements (SEE DESCRIPTION)
Gyrobot Walks and Balances on String. Has Trouble Moving Upwards and Precesses Outwards.
Gyroscope on String: Rises on Slanted and Horizontal Tilts at NEGATIVE Angles!
Gyroscope on String Rises on Tilted Position on Negative Angle
Gyroscope on String Rises on Tilted Position From Negative Angle. Big Precession Circle.
Gyrobot Wheel on String Weight Measurements (SEE DESCRIPTION)
Gyrobot Wheel on String With Heavier Counterweight Constant Speed vs Slow Down (SEE DESC.)
Gyrobot Wheel on String With Balanced Counterweight Constant Speed vs Slow Down (SEE DESC.)
DRAFT Gyroscope on String With Counterweight on Lego Support Testing. No Rising.
DRAFT Gyroscope on String With Close Counterweight on Lego Support Testing. No Rising.
Gyroscope on String with Counterweight on Wide Lego Support Testing. No Rising
Gyroscope on String with Counterweight on Far Lego Support Maintain Vertical Orientation.
Gyroscope on String With Balanced Counterweight Doesn't Appear to Rise
Gyroscope on String with Slightly Over-Balanced Counterweight (SEE DESCRIPTION)
Gyroscope on String with Slightly Over-Balanced Counterweight Rises a Bit From Steep Tilt
Gyroscope on String with Slightly Over-Balanced Counterweight Rises
Gyroscope on String with Slight Over-Balance Counterweight Rises Above Balance. Drops Below.
Gyroscope on String with Slight Under-Balance Counterweight Doesn't Rise
Gyroscope on String with Counterweight Testing with Different Balance Distances
Gyroscope on String with Balanced Counterweight DROPS When Horizontal. Tiny Rising When Tilted Up
Gyroscope on String with Heavy Overbalanced Counterweight (SEE DESCRIPTION)
Gyroscope on String with Super Heavy Putty Counterweight Maintains Orientation From Downwards Tilt
Gyroscope on String with Super Heavy Putty and Counterweight Maintains Orientation
Gyroscope on String with Over-Balanced Counterweight MAY Drop a TINY bit From Starting Tilt
Hanging Gyroscopes Spinning in Same and Opposite Directions. Gyros don't move much from air flow.
Plastic Spinning Top Goes in Sync with Metal Spinning Top When Spinning in Opposite Directions
Propellers Spinning in Same Direction Don't Thrust. But Opposite Propellers Thrust (worse quality)
Gyroscope Rising Experiment: 123.96 g or 82.26 % Weight & Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 123.96 g or 82.26 % Weight & Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 156.61 g or 103.93 % Weight & Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 156.61 g or 103.93 % Weight & Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 87.82 g or 58.28 % Weight & Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 41.52 g or 27.55 % Weight & Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 7.32 g or 4.86 % Weight & Tape Friction Added (SEE DESCRIPTION) (2)
Gyroscope Rising Experiment: 7.32 g or 4.86 % Weight & Tape Friction Added (SEE DESCRIPTION) (1)
Gyroscope Rising Experiment: 10.48 g or 6.95 % Weight & Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 125.30 g or 83.15 % Weight Added + Tape Friction Added (SEE DESC.) (2)
Gyroscope Rising Experiment: 125.30 g or 83.15 % Weight Added + Tape Friction Added (SEE DESC.) (1)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (4)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (3)
Toy Gyroscope Rising Experiment: 61.60 g or 61.43% Weight Added and Tape Friction (SEE DESCRIPTION)
Regular Gyroscope Rising Experiment: No Weight Added, Negative Angle, High Friction Gyro (SEE DESC.)
Gyroscope Rising Experiment: 45 Degree Angle and Base + Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 75 Degree Angle and Base + Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 90 Degree Angle and Base + Tape Friction Added (SEE DESCRIPTION)
Gyroscope Rising Experiment: 11.54 g or 7.66% Weight Added and Tape Friction Added (SEE DESC...) (2)
Gyroscope Rising Experiment: 11.54 g or 7.66% Weight Added and Tape Friction Added (SEE DESC...) (1)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope (Re-Oiled) Rising Experiment: 61.47 g or 61.3 % Weight Added (SEE DESCRIPTION) (1)
Toy Gyroscope (Re-Oiled) Rising Experiment: 29.85 g or 29.77 % Weight Added (SEE DESCRIPTION)
Toy Gyroscope (Oiled) Rising Experiment: 46.38 g or 46.25 % Weight Added (SEE DESCRIPTION) (2)
Toy Gyroscope (Oiled) Rising Experiment: 46.38 g or 46.25 % Weight Added (SEE DESCRIPTION) (1)
(String) Precision Toy Gyroscope Rising Experiment: No Weight Added Weight (SEE DESCRIPTION)
(String) Precision Toy Gyroscope Rising Experiment: 18.70 g or 17.5% Added Weight (SEE DESCRIPTION)
Gyroscope Rising Experiment: 23.25 g or 15.64% Added Weight at High Torque (SEE DESCRIPTION)
Gyroscope on Ice 3 & 2 Long Stems and 3 & 2 Small Weights Precession Testing (SEE DESCRIPTION)
Gyroscope on Custom Low Friction Gimbals with 5 + 1 Nuts Counterweight at 45 Degree Rises a Bit
Gyroscope on Custom Low Friction Gimbals with 6 Nuts Counterweight at 45 Degree Angle Rises.
Gyroscope on Custom Low Friction Gimbals with Light Counterweight Rises Almost Fully at 50 Degrees
DRAFT Gyroscope on Custom Low Friction Gimbals with Light Counterweight Rises at 45 Degree Angle
DRILL POWER Gyroscope on String Gimballed and Tilted with Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Short 6 Nuts Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Short Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Long Light Counterweight (SEE DESCRIPTION)
DRILL POWER Gyroscope on String Vertically Aligned with Heavy Counterweight (SEE DESCRIPTION)
Fidget Spinner Bearing Gyroscope on String. 0 Pegs. Precesses for 0:14. Stops Spinning in 0:50ish.
Fidget Spinner Bearing Gyroscope on String. 3 Pegs. Precesses for 0:35. Stops Spinning for 1:24.
Fidget Spinner Bearing Gyroscope on CLOSE String. 0 Pegs. Precesses for 0:25. Spins to 0:40ish.
Fidget Spinner Bearing Gyroscope on CLOSE String. 2 Pegs Extremely Unstable. Launches Upwards
Fidget Spinner Bearing Gyroscope on CLOSE String 4 Pegs Unstable Bouncing Precession 0:03 Spins 1:18
Fidget Spinner Bearing Gyroscope on CLOSE String. 3 Pegs. Stable Precession for 0:40. Spins to 1:54
Fidget Spinner Bearing Gyroscope on String. 4 Pegs. Asymmetric. Spin Speed Drops Super Quickly
Fidget Spinner Bearing Gyroscope on String. 5 Pegs. Asymmetric. Precesses and Spins a Tiny Bit
Fidget Spinner Bearing Gyroscope on String. 3 Pegs. Stable Precession for 0:35. Spins to 1:26
Fidget Spinner Bearing Top. Asymmetric Number of Pegs Can't Spin or Balance. 5 Pegs Barely Spins
Powerball Gyroscope Testing. Powered Up. Unstable Torquing About Axle Axis-Plane. CAMERA ANGLE HIGH
Powerball Gyroscope. String Only Spin. Torquing Slowly on the Axle Plane is a Bit Stable (2)
DRAFT Powerball Gyroscope Testing Horizontal Stationary Spinning. Got it When Spin Speed Slowed (2)
DRAFT Powerball Gyroscope Testing Horizontal Stationary Spinning. Got it When Spin Speed Slowed
Powerball Gyroscope is Stable When Torqued in Direction of Spin but Unstable When Opposite Direction
Powerball Gyroscope Testing Stationary Spinning. Second Spin Up Shows Horizontal Stable Spin.
Powerball Gyroscopes Without Sleeve. Powered Spin. Rises from 0:13 in 0:28 sec. Stops at 1:02
Powerball Gyroscope Without Sleeve. Powered Spin. Rises from 0:09 in 23 sec. Spins until 0:45.
DRILL POWER Gyroscope on String at 50 Degrees Angle. Rises Only 10 Degrees. Reverses at 5:34
DRILL POWER Regular Gyroscope on String at Horizontal Angle. Casing Spins Fast. Falls Quick in 0:30
DRILL POWER Regular Gyroscope Rotating Base 55 Degrees Angle Rises at 1:06 Sleeps 0:39 Falls at 1:56
Regular Gyroscope Comparison with Precision Gyroscope. Slightly Taller. Bigger Rotor at Rim.
DRILL POWER Gyroscope on Fixed Base at 65 Degrees Angle. Rises 30 Degrees Only in 5:41. Falls 7:00
DRILL POWER Gyroscope on Fixed Base at 60 Degrees Angle Rises in 3:22. Sleeps to 7:00. Falls at 7:21
DRILL POWER Regular Gyroscope on Rotating Base at 75 Degrees. RISES in 1:30. Sleeps 0:05. Falls 1:46
DRILL POWER Regular Gyroscope on Rotating Base at Horizontal Angle. Doesn't Rise. Falls 2:20
DRILL POWER Regular Gyroscope on Rotating Base at 80 Degrees. Rises 10 Degrees Only. Falls at 3:00
DRILL POWER Gyroscope on Rotating Base at 62.5 Degrees. Rises 42.5 Degrees Only. Falls at 7:40.
DRILL POWER Gyroscope on Rotating Base at 59 Degrees Angle. Rises in 6:00. Sleep to 7:50. Falls 9:20
DRILL POWER Gyroscope on Rotating Base at 60 Degrees Angle. Rises Unevenly in 7:00. Falls at 9:10
DRILL POWER Gyroscope on Rotating Base at 65 Degrees Angle. Rises 30 Degrees Only. Falls at 8:20
DRILL POWER Gyroscope on Rotating Base at 61 Degrees. Rises in 5:37. Sleeps to 7:30. Falls at 9:13
DRILL POWER Gyroscope on Rotating Base at 60 Degrees Angle. Rises in 5:35. Sleeps to 7:15 Falls 9:00
DRILL POWER Gyroscope on Rotating Base at 65 Degrees Angle. Rises 25 Degrees Only. Falls at 8:00
DRILL POWER Gyroscope on Rotating Base at 65 Degree Angle. Rises in 5:30. Sleeps to 6:10. Falls 7:30
DRILL POWER Gyroscope on Rotating Base at 70 Degree Angle. Rises 5 Degrees Only. Falls 6:40.
DRILL POWER Gyroscope on Rotating Base at 75 Degree Angle Rises 10 Degrees Only. Falls at 7:30
DRILL POWER Gyroscope on Rotating Base at 60 Degree Angle. Rises in 5:10. Sleeps to 6:40..Falls 8:50
DRILL POWER Precision Toy Gyroscope on Rotating Base. Pause 1:00. Doesn't Rise. Falls at 1:22.
DRILL POWER Toy Small Gyroscope Rubber Stem on Rotating Base Rises in 1:00 Sleep 1:10 Falls 1:30
DRILL POWER Small Toy Gyroscope with Rubber Stem on Rotating Base. Pause 0:30. Rises 0:40 Falls 1:30
DRILL POWER Gyroscope Rotating Base Pause 1:00 Rises 5:50. Sleeps 7:00. Falls 8:25. 60 Degrees Angle
DRILL POWER Gyroscope Rotating Base Pause 1:00 Rises 2:00 Sleeps 7:00. Falls 9:10 40 Degrees Angle
DRILL POWER Gyro Spinning Top on Glass Rises Unevenly and spirals inwards at 7:00. Falls at 13:20
DRILL POWER Regular Gyroscope on Rotating Base. Rises 0:22 Casing Spins FAST Sleeps 1:00. Falls 1:28
DRILL POWER Gyroscope on Rotating Base Rises in 3:37. Sleeps to 7:23 Falls at 9:10. 54 Degrees Angle
DRILL POWER Gyroscope Rotating Base Pause 3:00 Rises in 3:40 Sleeps 7:05 Falls 8:50 50 Degrees Angle
DRILL POWER Gyroscope on Rotating Base 3:00 Pause Rises in 1:50. Fall 8:45. 40 Degrees Angle
DRILL POWER UFO Gyroscope on Rotating Base. Rises in 1:00. Sleeps to 1:45. Sleeps to 2:05 Falls 2:36
DRILL POWER UFO Gyroscope on Rotating Base. Pause 1:00. Rises 0:40. Sleeps to 1:45. Falls 2:05.
DRILL POWER Toy Gyroscope on Rotating Base Rises in 0:30. Re-Trying Doesn't Rise. Falls 0:54
DRILL POWER Gyroscope on Rotating Base Rises in 2:20. Sleeps to 7:24 Falls at 9:19. 45 Degrees Angle
DRILL POWER Gyroscope on Rotating Base Paused for 3:00 No Rise and Falls in 8:10. 60 Degrees Angle
DRILL POWER Toy Small Gyroscope with Putty on Rotating Base: Weight Fluctuates Around 76.25g
DRILL POWER Toy Small Gyroscope with Putty on Rotating Base: Weight Fluctuates Around 74.30 g
Regular Gyroscope Precession Vertically on Rotating Base for 4:10. Total 9:39. No Slow Down.
Regular Gyroscope Slowly Manually Spun Then Manually Twisted Spins for 1:22. No Slow Down #FreeEnerg
Six Balls Fidget Spinner Manually Twisted Spins for 0:30. 50% Slowdown. Air Drag / Friction?
Toy Gyroscope Manually Spun Manually Twisted Spins for 0:40. Loss of 0:07, Air Drag Friction?
Two Stoke Fidget Spinner on Flat Metal Base Spins for 3:47. Also Rocks Back / Forth Magically at End
Two Stoke Fidget Spinner Manually Spun and Twisted Spins 0:33. Loss of 3:14. Mostly FELT Air Drag/F?
Electric Spinning Top Rises on Fixed Base 8:00. Auto-Correcting. Moves Horizontal Base Initially.
Electric Spinning Top on Fixed Base Vertical 7:00. Moves Base Initially, and Perfect Balances.
Electric Spinning Top Precession on Low Friction Surface for 6:50. Rises and Sticks in Space.
Electric Spinning Top on Low Friction Surface Spins 6:30. Wobbles 0:05. MOST PERFECT VERTICAL
Electric Heavy Enclosed Spinning Top Precesses for 0:30 on Low Friction Surfaces. Rises Initially
Electric Heavy Enclosed Spinning Top on Low Friction S Does WEIRD FLIP CRASH! Self-Corrects 1 Moment
Lenz's Law Induced Magnetism PhiTop, Tippy Top, Spinning Top. EVEN if Extremely Non-Magnetic
Phi Top and Rattleback on Low and High Friction. RB Doesn't Work on HF. PT Barely Rises on HF
Phi Top, Rattleback, 2 Tippy Tops, 3 Spinning Tops on Water/Ceramic. High Water = High Surface Area.
Rattleback and Phi Top on Ceramic and Water. RB Doesn't Work on Water. PT Works a Bit on Some Water
DRAFT Regular Gyroscope on Ice Cube Spins 3:15. Rises a Bit. Centripetal Increases as Slowing
Regular Gyroscope on Wide Wet Plate Ice Doesn't Rise / Vertical Much. High Rotational Friction?
DRAFT Electric Spinning Top Precesses Auto-Push-Adjusts Upwards on High Friction Rotating Base
DRAFT Gyroscope Stem at Horizontal Orientation. Glides to Tilted Position, More Spin Direction
Gyroscope Tilted Stem Rises a Bit on Fixed Base for 4:00. Rises Fully on Rotating Base for 7:00
Gyroscope Manually Twisted Spins 17:26. Doesn't Lose Spin Speed. Makes Twisting Noise. #FreeEnergy
Gyroscope Flat Precession on Rotating Base 5:13. No Noticeable Rising. Too High Friction Contact?
DRAFT Regular Gyroscope Rises a Bit and Forced Precession Upwards on Rotating Base. Spins for 5:45
DRILL POWERED Toy Gyroscope Rises on Rotating Base for 2:45. Wobbles and Self-Verticals TWICE
Regular Gyroscope on String Precesses in INCREASING Spirals/Centripetal Force. Stopped at 9:30
Regular Gyroscope Manually Twisting for 10:26. Generates Twisting Noise. 0 Speed Loss #FreeEnergy
Regular Gyroscopes Falls on Fixed Base, Rises on Rotating Base. Spins for 11:07. Falls Nicely on FB
Regular Gyroscope Precesses From Vertical 1:30. Repetition Increasing Centripetal F. Total 10:50
Electric Spinning Top Spins for 14:54. Wobbles for 5:20. Top Part Stays Magically Fixed to Gravity
Heavy Caged Electric Spinning Top Spins for ONLY 40 Seconds in a Vice Grip?? BEARING WEIGHT FRICTION
Electric Spinning Top on Vice Grip Spins for 3:52. Bearings Supporting Weight is High Friction
Magnet Wheels Spin Around Steel and Overcome Sliding Friction Test. Magnets Spins Opposite Poles.
Electric Spinning Top Spins for 16:56. Mostly Vertical. Super Sudden Drop at End. Wobbles 3:50
Vortex Coin Bank is Anti-Gravity. Angled Spinning Coins Last Up to 13 Seconds Air Time #Amazing
DRAFT: Electric Gyroscope on Near Horizontal Angle Doesn't Rise; Likely Because Grooved Base
Electric Spinning Top on High Friction Mouse Pad Precesses UPWARDS. Spins for Unchanged 1:25
Electric Spinning Top on Bearing on High Friction Mouse Pad DOESN'T Rise. Friction? No Vibration?
Electric Spinning Top on Metal Base Spins for 6:41. Auto Adjusts With Pushes, Realigns Anti-Gravity
Electric Spinning Top on Metal Base Spins 8:03. Magically Push Vertical Aligned. PERFECTLY Vertical.
Electric Spinning Top Spins 12:19. Perfectly Vertical Twice. Frozen Top Part Wobbles Bottom/Base
Electric Spinning Top Spins for 1:31:43. Rises Even When it Can't Balance (at 1:28:44+) #AntiGravity
Vortex Generated by Spinning Base in Water. Appears like a Tornado and Lightening Bolt #AntiGravity
Manual Vortex in Water. Water Pressure Prevents Leakage Until Spinning. Water Exists Outwardly.
DRAFT Gyroscope Rises Unevenly Vertical on Unlevel Chair in Vacuum at 7;00 and Precession of 12;53
DRAFT Gyroscope Rises Unevenly Vertical on Unlevel Chair in Vacuum at 7;00 and Precession of 12;53
Hanging String Gyro. Forced P IS a Gyro Compass in Up/Down Directions. Gyro Auto-Rolls Past Finger
Regular Gyroscope Touch to Run Rising. Faster Rise on Slower Spin Speed. 5:54 Ending Vertical
Hanging String Gyroscope at Steep Angle RISES and Spins CCW Always. Gyro-Compass Forced Precession
Aluminum Tippy Top on Oil Spins Slower. Doesn't Rise. Rotational Friction. Sliding Doesn't Tip Over.
Precision Toy Gyroscope with High Friction Stem on Needle Falls from about 10 Degree Tilt in 2:16
Precision Toy Gyro with High Friction Stem on Needle about 45 Degree Tilt RISES A BIT. 1:48 Fall
Toy Gyroscope on Needle at about 41 Degree Tilt Rises in 0:35. Falls in 1:00. Loud Cranking Noise
Toy Gyro on Needle at about 38.5 Degree Tilt Rises in 0:35. Falls in 1:00. Loud Cranking Noise (2)
Precision Toy Gyro on Needle at 35 Degree Tilt Rises Gradually and Falls in 1:56. Cranking Noise
Precision Toy Gyroscope on Needle at about 45 Degree Tilt Rises Gradually and Falls in 1:38.
Regular Gyroscope at 60 Degree Rotating Base on 30 Degree Tilt Rises A Lot and Falls in 2:00
DRAFT Regular Gyro at 40 Degree Rotating Base on 30 Degree Tilt Rises and Balances as Base Falls
5 Ball Newton's Cradle. 1 Ball Hits 0:09 Swings 0:30. 2B 0:02-0:53 3B 0:04-1:00 4B 0:04-1:11 5B 1:02
Battery Mounted Spinning Top Rises in 0:03. Top is 70.28 g. Battery is 91.30 g and 129.91% of Top.
Battery Mounted Spinning Top Rises in 0:03. Top is 70.28 g. Battery is 91.30 g / 129.91% of Top (2)
Battery Mounted Spinning Top Rises in 0:03. Top is 70.28 g. Battery is 91.30 g / 129.91% of Top (3)
DRILL POWER 100.29 g Toy Gyro with 48.35 g Putty Imbalance Rises INSTANTLY. Tilted Needle BREAKS
DRILL POWERED 100.29 g Toy Gyroscope with 30.20 g Putty Imbalance Rises on Tilted Needle (2)
Balancing Toy Man: Weight Fluctuates and Stabilizes at 63.36 Grams in 2:00. (Battery Cutoff 4:33)
DRAFT Failing to Get Magnetic Stirrer Vortex Water to Work Because of Imbalanced Large Magnet
Magnetic Stirrer Phi Top Rises in 0:40. Spins Forever. Power Off Drops in 0:30. Stops in 0:45
5 Ball Newton's Cradle. Weight Fluctuates to 193.60 g. 1B 0:11. 2B 0:31. 3B 0:30. 4B 0:43. 5B 0:55
DRILL POWER Two Balls on String. Balls Display Centripetal Force. Slight Delayed Gyroscope Effect
RollSpin on Ball Bearing Sleeps in 1:10. Falls 5:16. Rocks Until 11:18, 12:21, Extra Movement
Pink Plastic Cap Wobbles When Spun Because Heavy Bottom Wants to Magically Rise. (SIDE VIEW)
Infinite Magnet Spinning Top on Glass Reverses Precession Both Hands. Upside Down Doesn't (SEE DESC)
Falling Sand From about 30 mm Doesn't Affect Mass Reading?? Try at Higher Height. Try Water. 17.70 g
Small Metal Precision Spinning Top Spun Upside Down Doesn't Sleep. Falls in 0:23. Rocks to 3:41
Infinite Magnetic Spinning Top Spun Upside Down Sleeps in 0:10. Falls in 0:23. Rocks to 0:45.
Inception Metal Top Spun Upside Down Doesn't Sleep or Become Vertical. Falls in 0:24. Rocks to 2:34
Small Infinite Magnetic Spinning Top Reverses Precession (Rolling) 0:03. Falls 0:38. Rocks 1:04
Infinite Magnetic Spinning Top Spins for 5:14 Before I Stop It. Unrecorded Record is 5:00:00.
9 Volt Battery Reading gives 9.66 V (i.e. 666). Plastic Cover Prevents Reading. Interesting.
Metal Coin Spins for 0:05. Weighs 5.34 g. Need Bigger Coin or More Sensitive Weight Measurements.
Large Yellow Plastic Lid With Lip Spins and Magically Wobbles Raising Center of Mass for 0:16
Asymmetric Plastic Transparent Orange Juicer Spins Demonstrating "Angular Momentum" for 0:12
Inception Top Light Spin for 0:39. Left Hand on Magnetic Stirrer 0:20. Unlimited Right Hand MS
Small Steel Spinning Top Spins for 0:28. But Spins Forever on Magnetic Stirrer. Loud MS Noise.
148 g Gyroscope on String with 120 g Counterweight Tilted Up. Doesn't Rise but Can RAISE WEIGHT.
Blue Wooden Spinning Top Spun Upside Down for 0:10. Rocks to 0:43. Perfectly Vertical Always
Infinite Magnetic Top on Magnetic Stirrer Tends to Spin Top on Side. Same with Flat Magnet??
RollSpin on Infinite Magnetic Top Base. Light Right Hand Spins for 0:35. LH 1:28. Try Again?
Small Precision Top on Infinite Magnetic Base. Light Left Hand Spins 1:30. RH 2:04. Loud Noise
Inception Metal Spinning Top on Infinite Magnetic Base Right Hand Spins for 0:41. Rocks to 1:31
Infinite Magnetic Top Spun Both Hands and Upside Down. Only RH Normal Has Opposite Precession.
Plastic Rising Phoenix Balancing Bird. Pyramid is 6.49 g. Bird 17.87 g. Weight Balances Instantly.
Magnetic Cube Bottom Non-Magnet Top Upside Down on Infinite Top Base Spins for 0:04. Rocks to 0:40
Infinite Magnetic Spinning Top Spun Clockwise Precesses CCW. Spun CCW Precesses CW. (SEE DESC)
Infinite Magnetic Spinning Top Spun CW Precesses CCW. But Spun CCW Doesn't Reverse (SEE DESC)
Infinite Magnet Spinning Top on Table Tries to Reverse Precession. Upside Spun No Change (SEE DESC)
Spiral Single Looped Ring. Forms Vesica Piscis and Primer Field Vortex Toroid. Moves Freely.
Balancing Bald Eagle Bird. Stays Till Moving Vertically. Wobbles Sideways. Small Rotational Friction
Euler's Disk Spun on Flat Edge with Arrow for 1:59. Amazing Slow Turning Fast/Loud Vibrating.
Euler's Disk Spun on Round Edge with Arrow for 0:56. Amazing Slow Turning Fast/Loud Vibrating.
Gyro2: Rod Cross Paper: Slow Motion Gyro Counterweight Precession. Gradually Falls. Forced P Rises
Steel Ball on Magnetic Base Spinner on Magnetic Stirrer. Ball Rotates. Base Too if Ball on Top
Asymmetric Fidget Spinners on Magnetic Stirrers. Less Pegs More Centripetal Effect. Fast Slowdown
DRAFT 6 Drum Red Green Blue Metal Fidget Spinner on Magnetic Stirrer. Asymmetric Touching Base
6 Round Peg Fidget Spinner: Asymmetric Parallel to Surface Manual Twisting (SEE DESCRIPTION)
3 Looped Black Metal Fidget Spinner: Horizontal Spinning / Twisting (RESULTS IN DESCRIPTION)
6 Pointed Pegs Fidget Spinner: Symmetric Parallel to Surface Manually Twisting (RESULTS IN DESCR.)
6 Drum Red Green Blue Fidget Spinner: Symmetric Vertical Spinning / Twisting / Pressure (SEE DESC.)
Asymmetric Vertical Spinning. Green Blue Red 6 Drum Metal Fidget Spinner (RESULTS IN DESCRIPTION)
Asymmetric Horizontal Hand-Held Spinning. Green Blue Red 6 Drum Metal Fidget Spinner (RESULTS BELOW)
Symmetric Fidget Horizontal Spinning: 6 Drum Green Red Blue Fidget Spinner (SEE DESCRIPTION)
Asymmetric Fidget Horizontal Spinning: 6 Drum Green Red Blue Fidget Spinner (SEE DESCRIPTION)
6 Drum Red Green Blue Fidget Spinner Perpendicular to Surface Manually Twisted 2:47 (SEE DESC.)
6 Drum Red Green Blue Metal Fidget Spinner Parallel to Surface Manually Twisting Spins for 2:31
Red Plastic Peanut Butter Lid. Tends to Roll to Heavy Side But Can Spin Straight or Light Side
DP Toy Gyroscope Rises a Bit on Fixed Base 0:36. Rises Rotating Base 0:35. Can't Balance on Needle
Some Spinning Tops Can Precess in Reverse Direction if Vertical. Likely Due to Rolling vs Precession
Levitating Top with Magnets Not Working. At 2:06 Spinning Rings Rise and Thrown Out Magically.
Wooden Toy Flower Wheel Spins for 0:29 & Rocks to 0:40. Tends to Reverse Precession Direction.
Spinning Coin/Tops on Magnetic Stirrer. CW Increases Speed/Rising. Loud Noise in Dense Top Rising
Battery Attached Regular Gyroscope Testing. Falls from Rotating Base 2:34. Fixed 0:25 (SEE DESC)
DRAFT Battery Attached Foam Ball Regular Gyro Testing. Wants to Precess CCW but Goes to CW and Falls
DRILL POWER Precision Holed Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
DRILL POWER Precision Solid Toy Gyroscope on Fixed, Rotating, and Needle Bases (SEE DESCRIPTION)
DRAFT Precision Toy Solid Gyroscope Doesn't Balance on Rotating Flat Cardboard Without Groove
DRAFT: UFO Light Up Gyroscope String Caught in Bearing. Need to Twist Away From Pull Direction
DRAFT UFO Light Up Gyroscope String Caught in Bearing. Need to Twist Opposite Pull Direction (2)
DRAFT Asymmetric Toy Gyroscope. Can't Seem to Pull Start the Gyro. Need to Hold Horizontally.
DRAFT Toy Small Gyroscope on Ice Doesn't Rise Because Peg Sticks in Ice. Forgot to Stop Recording.
Frozen Aluminum Tippy Top on Ice on Magnetic Stirrer Drops Down Magically in 0:14. i.e. NO FRICTION
DRAFT Frozen Aluminum Phi Top on Ice on Magnetic Stirrer Can't Stay in Center at High Speeds.
Wooden Tippy Top Rolls in Opposite Precession Direction. Normal Precession Direction on Stem.
Rolling Wooden Tippy Top Testing. Depends on Stem Tilt Direction. Can Precess or Roll Both Ways.
Slow Motion 240 FPS Aluminum Tippy Top on Magnetic Stirrer. Drops Magically. Spins Forever on Stem
Slow Motion 240 FPS Red Plastic Tippy Top Spins for 3:26 but DOESN'T RISE. 3 Times Longer vs. 1:03
Slow Motion 240 FPS Dropping Circular Disk Magnet Appears to Want to Move South Pole Upwards.
Slow Motion 240 FPS Euler's Disk on Sharp Edge Spins for 2:00. Wobbling Speed Increases. Turning D.
Slow Motion 240 FPS 2 Sided Stoke Fidget Spinner Manually Twisting Parallel to Surface Spins 0:22
DRAFT Plastic P.P. Ball and Egg in Water Vortex on Magnetic Stirrer. Rod too Big to Work. Both Spin.
SpillNot with Clay Mug and Aluminum Straw Centripetal Force Demonstration. Straw Barely Moves!
Orange Plastic Egg On Glass. Broad: Rises 0:01, Falls 0:18, Stops 0:46. Pointed: 0:01, 0:18, 0:50.
Small Toy Gyro with Plastic Stem and Putty on Flat Ice. Case Spins Fast. Stem Precesses. No Rise
Dropping Small Circular Magnet. Appears to Drop South Side Up More Stable. Needs More Testing.
Custom Battery Mounted With Peg Regular Gyro. Tilts Easily. Precession Reverses on Counterweight.
DRILL POWER Frozen Toy Gyro on Ice Rises in 0:25. Case Spins Fast. Linear Stem Precession. T 1:30
Frozen Toy Gyroscope on Ice Doesn't Rise and Drops in 0:05 as Stem Precesses and Case Spins Rapidly
DRAFT Frozen Steel Spinning Top with Round Bottom on Ice Rises Quickly. Bad Experiment Production
Frozen Aluminum Phi Top on Clay Bowl on Magnetic Stirrer Doesn't Rise. Top Hitting Side Plate.
Steel Ball Drops in Water, but stays up when in Plastic Egg, until Egg Fills with Water. Buoyancy.
Water Column Stirring Rise Tests on Saline Weighted Ping Pong Ball and Plastic Egg (SEE DESCRIPTION)
Water Column Stirring Rise Tests on Saline Weighted Ping Pong Ball and Plastic Egg (SEE DESC) (2)
Saline Ball Demonstration of Magnetic Stirring Salt Water and Syringe Injection. (2) (No Needle)
Thin Water Column Stirring Rise Tests on Saline Weighted Ping Pong Ball & Plastic Egg (SEE DESC) (3)
DRAFT Saline Egg in Wide Water Column Falls 0:15. Rises when Stirred 0:11. Ball is Light, Floats (3)
Saline Ball Demonstration of Magnetic Stirring Salt Water and Syringe Injection. (3) (No Needle)
DRAFT Water Filled Ball and Egg Weight Measurements. Ball 27.23 g. Egg 30.80 (Minus 0.06 g ?)
Small Toy Gyroscope with Plastic Stem & Putty on Rotating Base Almost Rises Fully and Drops in 0:25
Small Toy Gyroscope with Plastic Stem on Rotating Base Rises in 0:36 Unevenly and Drops in 0:55
Small Toy Gyro with Plastic Stem on Plastic Base on Wet Ice Rises a Tiny Bit. Falls 0:41. Total 0:53
Small Toy Gyroscope with Plastic Stem on Plastic Base on Wet Ice Doesn't Rise. Falls in 0:36
Small Toy Gyroscope with Plastic Stem on Plastic Base on Semi-Wet Ice Drops in 0:43. No Rising.
Small Toy Gyroscope with Plastic Stem on Semi-Wet Ice RISES When Stem NOT Rolling (SEE DESC)
DRILL POWER Small Toy Gyroscope with Plastic Stem With/Out Putty on Various Ice Bases (SEE DESC)
Small Toy Gyroscope with Plastic Stem on Grooved Ice Wobbles and Case Spins. Stopped at 0:35
Small Toy Gyroscope with Plastic Stem on Grooved Ice Case Keeps Spinning Off Groove. Total 0:40
Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Test (SEE DESCRIPTION)
Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Test (SEE DESCRIPTION)
Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Test (SEE DESCRIPTION)
+DRILL POWER Small Toy Gyroscope with Plastic Stem on Various Ice Surfaces + Putty Tests (SEE DESC)
SLOW MOTION 240 FPS Water Vortex with Magnetic Stirrer. Visible if Egg/Ball Dropped After Creation
SLOW MOTION 240 FPS Blue Magnetic Spinning Ring. Good Demonstration of Rolling and Rolling Friction.
SLOW MOTION 240 FPS Blue Magnetic Spinning Ring. Good Demonstration of Rolling & R Friction (2)
DRILL POWER Toy Gyroscope with Rubber Stem with Putty on Various Ice Bases (SEE DESCRIPTION)
DRILL POWER Toy Gyroscope with Rubber Stem with Putty on Ice Throws Putty Off (SEE DESCRIPTION)
DRILL POWER Small Toy Gyroscope with Rubber Stem and Putty on Various Ice Surfaces (SEE DESCRIPTION)
DRILL POWER Small Toy Gyroscope with Rubber Stem on Various Ice Bases (SEE DESCRIPTION). GREAT DEMO
GyroBot Wheel with Custom Legos and Stem on Fixed and Rotating Bases and Constant S (SEE DESC)
GyroBot Wheel on Custom Stem with Putty on Fixed and Rotating Bases on Constant S (SEE DESCRIPTION)
GyroBot Wheel with Custom Stem and Putty with Slow Down Speed Falls in seconds on Fixed/Rotating B
GyroBot Wheel with Custom Stem and Custom Large Legos Rises and Falls Instantly on F/R Bases
DRAFT GyroBot Wheel with Custom Stem and Custom Legos Rises and Falls Instantly on Fixed Base
GyroBot Wheel with Custom Stem and Tall Lego Display Demonstration and Propeller Spin Direction
GyroBot Wheel with Custom Stem and Tall Lego with Constant Speed on Fixed / Rotating B (SEE DESC)
GyroBot Wheel with Custom Stem with Top Lego with Slow Down S on Fixed and Rotating Bases (SEE DESC)
GyroBot with Custom Stem and Top Lego with Constant S on Fixed / Rotating Bases (SEE DESCRIPTION)
GyroBot with Custom Stem with Slow Down Spin Speed on Fixed and Rotating Bases (SEE DESCRIPTION)
GyroBot Wheel with Custom Stem with Constant Speed on Fixed Base Rises a Bit in 20:45 (SEE DESC)
GryoBot Wheel with Plastic Tube Stem on Fixed and Rotating Bases with Variable Spin S (SEE DESC)
GryoBot Wheel with Rubber Stem on Fixed and Rotating Bases with Variable Speeds (SEE DESCRIPTION)
RollSpin Friction Counter Spin Testing. Plus Tilting Glass to Demonstrate "Angular Momentum"
DRAFT Aluminum Phi Top on Wet Ice on Magnetic Stirrer Not Spinning and Trying to Troubleshoot.
Rotor Only Mounted Spinning Top with Custom Round Peg Doesn't Rise. Need to Build it Better.
Electric Spinning Top with Custom Round Peg on Flat, Fixed, and Spinning Bases (SEE DESCRIPTION)
Gyrobot Wheel on Gimbals with Counterweight and Constant/Slow Down Speed Tests (SEE DESCRIPTION)
Gyroscope Centered on Gimbals with Counterweight. Amazing Precession and Forced P Demonstrations
GyroTop Wheel with Custom Round Big Peg on Variable Surfaces and Spin Speed Types (SEE DESC)
GyroTop Wheel with Custom Round Big Peg on Variable Surfaces and Spin Speed Types (SEE DESC) (2)
Aluminum Phi Top on Ice on Magnetic Stirrer Tries to Rise but Spin Speed and Height Too Low.
Gyroscope on String with Slight Over-Balance Counterweight Rises Above Balance. Drops Below.
Gyroscope on String with Balanced Counterweight DROPS When Horizontal. Tiny Rising When Tilted Up
Gyroscope on String with Super Heavy Putty Counterweight Maintains Orientation From Downwards Tilt
