If we would consider to know the electromagnetic field symmetry, then I would wonder, why the ferrocell shows spin patterns in comparison to iron filings.
Currently we think, electrons spin because there is no friction in empty space.
Earth spins because of the impulse from bigbang and then no friction in empty space.
Ferrocell shows spin. This is an extremely important difference to iron filings. How do we understand spin currently in electromagnetic waves? I think we only know sine/cosine EM waves. They do not include spin, but the ferrocell ,using electromagnetic radiation (light) to visualize the field shows spin patterns.
I think using EM waves enables to visualize the EM field symmetry. I therefore would conclude the EM field symmetry is nothing like we thought it is.
Ferrocell investigates *permanent* magnetic with EM (light) -->the resulting observable is a *permanent electromagnetic*? Light only illuminates the structure, as the field is also there in absence of light, but invisible, just like the *dark* predicted by standard model suggests
Currently we think, electrons spin because there is no friction in empty space.
Earth spins because of the impulse from bigbang and then no friction in empty space.
Ferrocell shows spin. This is an extremely important difference to iron filings. How do we understand spin currently in electromagnetic waves? I think we only know sine/cosine EM waves. They do not include spin, but the ferrocell ,using electromagnetic radiation (light) to visualize the field shows spin patterns.
I think using EM waves enables to visualize the EM field symmetry. I therefore would conclude the EM field symmetry is nothing like we thought it is.
Ferrocell investigates *permanent* magnetic with EM (light) -->the resulting observable is a *permanent electromagnetic*? Light only illuminates the structure, as the field is also there in absence of light, but invisible, just like the *dark* predicted by standard model suggests
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