Re: The secret quantum kernel of relativity

On Mar 14, 2:14 pm, Albertito <albertito1...@xxxxxxxxx> wrote:
[...]

Yeah, magnetic dipole moment, I see. It is not that easy!
How pulsars emit their radiation is a great mystery. Of
course, there are a lot of proposals/models of emission,
but all of them fail.
I would bet longitudinal EM waves have a lot to do with
that issue.

EM waves are transverse, idiot.

No, I mean longitudinal EM waves. Those
waves that travel at superluminal speeds in
plasma medium. Those longitudinal EM waves
that scare relativists a lot,  because they are the
devil for relativity.

Do you mean the same waves that cannot exist in vacuum?

Why can't longitudinal EM waves exist in vacuum?
Because Maxwell's equations do not predict them
for vacuum? If it is so, then Maxwell's equations are
incomplete, they should be generalized. Longitudinal
EM waves in vacuum generate what is known as
gravity!!!!!


You are close. What Maxwell's equations can't
predict is a third axis of freedom.

But Ewald sums are not troubled by assumptions
about magnetism as their basis and indeed they do
predict electrially neutral attractive forces
in long-range simulations to about six orders
of magnitude.

http://www.research.ibm.com/grape/grape_ewald.htm

Fourty orders of magnitude is the accuracy
necessary to say "eureka" we have found gravity.


Sue...


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