Another thought: you need to make the field winding as close to a pancake design as possible to concentrate the field, and/or a big ferrite would be useful (use a high power torroidal transformer core and secondary windings)assuming here you are striving towards fusion.
Awesome channel very cool project. Woundt the coils benefit from some steel or other ferromagnetic naterial to focus the field towards the tube something likeca hallbach array ifvthat would work with electromagnets maybe put the coils inside the tube to get them closer the the plasma since magnetic field loose alot of strength over distance. Maybe have more then one compression stage put 2 coils that fire in rapid succesion
Thank you for your superb demonstration. May I ask what your speculative best projection is for applications for this? I have been studying EU for years and know a bit about electronics. Thank you so much!
Hi. I want to give a couple of suggestions to improve the setup. Electromagnets really should repel, it's a repulsor. Energy should be built up gradually. One magnet must become a little less strong so that a beam of energy is fired in its direction. You can also create jet thrust if initially one electromagnet is weaker.
Seems like the energy you want to pinch the plasma is instead moving the coils. What is the result if the coils and tube are fixed so they don't move? Also, do you have a dosimeter?
Consider such enormous magnetic field generated instantaneously, wouldn't the coils just turn into an EMP? This really confused me and I'll appreciate for any help.
This kind of had a low range EMP effect, I had a computer power supply placed about a foot away but in the path of the coil. The power supply handled the lights and was not connected to the circuit in any way. The pulse would shutdown the power supply for a couple of minutes before it would start working again. Everytime the pulse happened, it only affected that power supply. I tried other electronics I was willing to destroy and it didnt work on them.
@@NeutronStudios1 That's interesting, I'm planning to do some similar experiments and hope that the magnetic field won't destory my vacuum pump, considering they have large coils inside. Hope this will be fine by placing electronics away from the direction of the coil
@@NeutronStudios1 Also I do have a question about the coils slaming into each other and split apart. Is it true that the two coils slam together when their magnetic fields lines pointing same direction, and they split apart when they have opposing magnetic fields（N to N / S to S)?
Cool experiments, looking forward to seeing what you do next.
Look at the helical flow on the plasma. Cool.
Princeton has some cool stuff
Another thought: you need to make the field winding as close to a pancake design as possible to concentrate the field, and/or a big ferrite would be useful (use a high power torroidal transformer core and secondary windings)assuming here you are striving towards fusion.
Good point, Im not sure how the coil would survive the high current pulse, but thats a quick and easy test.
Awesome channel very cool project.
Woundt the coils benefit from some steel or other ferromagnetic naterial to focus the field towards the tube something likeca hallbach array ifvthat would work with electromagnets maybe put the coils inside the tube to get them closer the the plasma since magnetic field loose alot of strength over distance. Maybe have more then one compression stage put 2 coils that fire in rapid succesion
Thank you for your superb demonstration.
May I ask what your speculative best projection is for applications for this? I have been studying EU for years and know a bit about electronics.
Thank you so much!
Concentrating fields is required to produce fusion, as they concentrate they get hotter and hence more able to fuse the neutrons from the 2 gasses.
Hi. I want to give a couple of suggestions to improve the setup. Electromagnets really should repel, it's a repulsor. Energy should be built up gradually. One magnet must become a little less strong so that a beam of energy is fired in its direction. You can also create jet thrust if initially one electromagnet is weaker.
Seems like the energy you want to pinch the plasma is instead moving the coils.
What is the result if the coils and tube are fixed so they don't move?
Also, do you have a dosimeter?
Yeah, any unwanted movement into anything not the plasma is a considerable loss in field strength.
Plz make more video about z pinch and it's really good
good job 👍 my
This is a theta pinch, the magnetic field is along the axis
Wow you great at your demonstration
You would have more success at initiation, if the z-pinch electromagnet was rotating & vibrating at high frequency (the higher the better).
You did it!
Consider such enormous magnetic field generated instantaneously, wouldn't the coils just turn into an EMP? This really confused me and I'll appreciate for any help.
This kind of had a low range EMP effect, I had a computer power supply placed about a foot away but in the path of the coil. The power supply handled the lights and was not connected to the circuit in any way. The pulse would shutdown the power supply for a couple of minutes before it would start working again. Everytime the pulse happened, it only affected that power supply. I tried other electronics I was willing to destroy and it didnt work on them.
@@NeutronStudios1 That's interesting, I'm planning to do some similar experiments and hope that the magnetic field won't destory my vacuum pump, considering they have large coils inside. Hope this will be fine by placing electronics away from the direction of the coil
@@NeutronStudios1 Also I do have a question about the coils slaming into each other and split apart. Is it true that the two coils slam together when their magnetic fields lines pointing same direction, and they split apart when they have opposing magnetic fields（N to N / S to S)?
Great....but use toroid magnet néodymium inside your cylinder it's better...look my experiment
That's awesome
A Z Pinch hurts the plasma!
How to make it
wait isnt this a screw pinch
all this effort, but its hard to discern what u are doing from simply blowing fuses