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10:07 PM
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If a charged particle curves in a magnetic field when moving....
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In accordance with industry accepted best practices we ask that users limit their copy / paste of copyrighted material to the relevant portions of the article you wish to discuss and no more than 50% of the source material, provide a link back to the original article and provide your original comments / criticism in your post with the article.
[quote:Anonymous Coward 74580466:MV8zNDg4NzUzXzYyMjUxNzAzXzZFNkNDODE3] [quote:-Adam-:MV8zNDg4NzUzXzYyMjUxNjEzXzc2QjU5MzYx] [quote:Anonymous Coward 74580466:MV8zNDg4NzUzXzYyMjUxNDcwX0JBNjJCMTMz] no a magnetic field bends a charged particle (photon). [/quote] An electron is deflected in a vacuum with a linear, coherent magnetic field. It curves though that curve is a result of two vectors over time. I shouldn't have to explain this. It is well known. It is how TV's directed the electrons to make the image. Besides, Newtons 3rd Law states the magnetic field is acted upon equally as strong as it is on the charged particle. So it would stand to reason, moving a magnetic field across a stream of charged particles would deflect the magnetic field. We may not notice it as the mass of the electron is very small. So the equivalent reaction in the magnetic field be small. however, firing one charged particle into a magnetic field will influence the field and thus, influence another charged particle moving through the field at the same time. As well, if gravity bends light...then light gives up energy into gravity. [/quote] yes and also moving stream of charged particles will move the magnetic field. [/quote]
Original Message
Then a magnetic field will twist when moving past a fixed charged plate.
Eh?
This is how we twist up the magnetic field. Now, if we can twist up a magnetic field, we are imparting force into the magnetic field with out increasing the magnetic fields strength.
This just hit me this morning.
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