Homemade Rotating Cyclotron
Vložit
- čas přidán 21. 12. 2020
- I built a very intriguing device(build kit) which propels a ferromagnet around a circular track. It does have a fairly low maximum velocity but its still pretty neat!
Music:
"TrES-2b Edit - Futuristic Ambient Space Music" By CO.AG Music
/ @co.agmusic
Crank it to the maximum and produce a Gravitron, instant Noble Prize !
Well done you might become real life magneto one day.
Lol this is something that I studied in my 12th but never able to understand what this thing was
This kind of works in the same principle as the solenoid engine. You could turn this into mechanical motion and call it a motor but for now it's just a light display heh . I will also try to build the permanent magnet version soon but I don't expect to work at all heh.
Saw this online for sale....not homemade
Add some engine oil to the bolls 😅
And if the round per cycle go to 0,99*c/(pi*d) [d= diameter of cyclotron] u made a Time Machine…
CERN origins 1929 and goes back further
When a scientist takes safetly measures hes not a scientist
looks like the video is fast forwarded
"TONY STARK WAS ABLE TO BUILD THIS IN CAVE WITH A BOX OF SCRAPS!"
Congrats your on a watch list for making this
Greate, I love this, it's exactly what I want to see more of
Amazing, can't wait to see it👍
I haven't tried myself, but these self powered , magnet motors ppl keep trying to build, that actually almost work, they get to one spot and kick back, or need help to pass, I'm thinking maybe build them in layers, and offset them by a few degrees, maybe add multiple layers, with them 60° offset or something. And possibly use something to spin it up to about 250-500 RPM, maybe use a flywheel, and maybe it will continue to spin, or possibly use a coil to generate a pulse, use it with an electromagnet, to reverse or neutralize the offending magnet, aka the one that stops the rotation, then add layers, and offset like the first one, atleast 3 at 120° offset, use a balanced flywheel, spin it up and see if it will actually work. Maybe it could be used with a light duty motor to increase the efficiency. Say put in. 12v 1amp, spin a generator, making, 16v 1amp or something, normally, it would be something like 9v 1a,
good work!
Very cool.
Great you made me a good start of a day . I need to study magnetic properties of current and you msde it interesting.
You might try implementing a vector/field oriented control algorithm. Use sensors to read the speed of the balls, then calculate the phase and frequency to engage the solenoids. You can implement a feedback loop between the internal model and the sensors.
As it doesn't explode and make some humans have it's own super power, I think it's safe