Gyro test
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- Опубліковано 10 вер 2024
- Using a gyro's derived stability to support the gyro's drive.
This was a simple test but the results are surprising in that even when 90% of the driving force is attempting to disrupt the gyro, 10% is more than enough to keep it stabilized even when accelerating.
gyros are quite weird beasts .. cetrifugal force seems to overcome the gravity and other forces .. electromagnetic fields and mass seems like distorted, I mean .. nvm .. weird stuff to play with.. everyone should at least once play with a Gyroscope to know how weird it behaves .. great demo..
You got it. It's to study nuclear motion. Force eject L-ecto-tron is identically matched with the in-tron we call as neutron, which term refers to its frequency. The electron we know well in chemical bonding, study in force physics as mechanical constraint provided by the cam and follower (the long control rod in this gyro). Constraint allows time-synchronization of events in the photon at the electron portal and nu-tron portal into the nucleus.
Now here you may tilt protons in the stellarator to favor fusion; or try!
Okay
Nice engineering work!
Very nice workmanship. I have similar interests. Good job.
Do you still have the gyro and would you like to test if its good enough to meassure the spinning of the earth ?
Nice machine work!
good connection and touch rotation wheel move
Where did you buy that from?
Awesome
good job
with the write mhz osilation you can make that thing to disapier lol!
Nice 1:25 looks a little unbalanced for comfort though :)
Bro.... One wrong move.. And it's goodbye to your face and eyesight!!
because is oscilating
Love your videos I have a theory that the gyroscopic force is related to gravity and magnetism and the electric force
Some pretty weird terminology going on here.