🔥#MESScience 1: How Does a Powerball Gyroscope Work? + Gyros Are Inverted Pendulums

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Published on Jun 11, 2020

About :

In #MESScience 1, I introduce my latest video series: MES Science Tutorials and continue on my pursuit for understanding true gyroscope physics. Since conventional science doesn’t meet the very high Math Easy Solutions certified (by me) standard, it was inevitable that I create this video series.

In the first installment of #MESScience, I take a look at the powerball gyroscope (generically referred to as a gyroscopic exercise tool), then shift gears to the realization that gyroscopes and spinning tops are inverted pendulums without electronic sensors or feedback loops, and then finally finish off with what “precession” may truly be.

This is a pretty epic video and it brings my understanding of gyroscopes, which I believe underpins the very foundation of all of science, closer to what is actually going on. This new understanding allows for the possibility of extending conventional physics beyond the mainstream in hopes of quantifying and engineering new applications and discoveries.

The topics covered in this video are listed below with their time stamps.

@ 1:09 - Note on MES Hiatus From Uploading Videos
@ 1:55 - Topics to Cover

@ 8:38 - Links to Other Series
@ 9:04 - Links to #MESScience Video Series
@ 9:29 - Introduction to #MESScience
@ 10:54 - Note on the Still Unexplained Gyroscope
@ 11:54 - The Powerball Gyroscope
@ 22:10 - Mainstream Explanation of the Powerball
- @ 44:04 - Quick Summary of Mainstream Powerball Physics
@ 46:07 - Recap of my #AntiGravity Part 6
- @ 57:10 - MES REALIZATION: Conventional "Angular Momentum" and Its "Conservation" are at Best "Relative" to Applied Force
- @ 1:05:51 - MES REALIZATION: Forced Precession Torque Over-Unity Depends on Amount of Forced Supplied
- @ 1:12:23 - Quick Summary of #AntiGravity Part 6 Findings
@ 1:14:15 - Effects of Rolling, Spin Speed, and Added Weight on Gyros and Spinning Tops
- @ 1:51:21 - Eric Laithwaite Had Unwittingly Demonstrated the Basic Mechanics of a Powerball in 1974
- @ 1:58:06 - MES REALIZATION: Precession of Spinning Tops Should Not Be Confused With Rolling Trajectory
- @ 2:04:06 - Quick Summary of Effects of Rolling, Spin Speed, and Added Weight
@ 2:05:45 - MES Breakdown of and Experiments with a Gyro Powerball
- @ 2:25:58 - Quick Summaries of MES Powerball Breakdown and MES Powerball Experiments
@ 2:28:50 - MES BOMBSHELL DISCOVERY: Added Weight Can Prevent Rising on Low Friction Surfaces
- @ 2:32:44 - Does Preventing Centrifugal Precession Condense into a Spiraling Upwards #Vortex Precession?
@ 2:36: 17 - MES BOMBSHELL REALIZATION: Gyroscopes and Spinning Tops are Inverted Pendulums Without Electronic Sensors
- @ 2:43:50 - Mathieu's Equation and My Previous Lifetime?? #MESDuality
- @ 2:49:25 - MES Custom Gimballed Gyroscope Inverted Pendulum
@ 3:05:05 - Quick Summary of Recent Bombshell Gyro Realizations
@ 3:08:35 - I THINK I SOLVED PRECESSION!
- @ 3:33:20 - MES BOMBSHELL REALIZATION: Precession is Merely Gyro Orientation Change Due to Applied Torque
  - The Conventional View of Precession is Wrong!
- MES BOMBSHELL REALIZATIONS:
  - @ 3:39:22 - Precession is a Torque and Moves the Ice Block
  - @ 3:41:58 - Precession is Always “Forced”
  - @ 3:56:05 - Spin Angular Momentum 'Absorbs' and Re-Directs Torque
    - The Most Accurate Representation of Gyroscopic Anti-Gravity Motions
- @ 4:03:03 - Quick Summary of MES True Precession