- #1
tree6014
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Hello everyone,
I have a degree in Computer Science/Engineering and have more recently been studying Physics. I've been really interested in the possibility of creating plasma in such an ordered state that virtual positrons begin to affect electrons non-chaotically and accelerate the electrons. I am currently trying to get a good starting point for moving into experimentation. I specifically want to work with high-frequency magnetized plasmas. What I would appreciate guidance on is what hardware would be well-suited for the task. Hardware that will allow me to precisely control and measure voltage, current, frequency, and EMF (and perhaps temperature and density) through a range that will allow me to do a great amount of experimentation with this type of plasma while having decent surge protection in the event of non-linear plasma effects.
Thanks,
Forrest
I have a degree in Computer Science/Engineering and have more recently been studying Physics. I've been really interested in the possibility of creating plasma in such an ordered state that virtual positrons begin to affect electrons non-chaotically and accelerate the electrons. I am currently trying to get a good starting point for moving into experimentation. I specifically want to work with high-frequency magnetized plasmas. What I would appreciate guidance on is what hardware would be well-suited for the task. Hardware that will allow me to precisely control and measure voltage, current, frequency, and EMF (and perhaps temperature and density) through a range that will allow me to do a great amount of experimentation with this type of plasma while having decent surge protection in the event of non-linear plasma effects.
Thanks,
Forrest
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