Re: Polls: Is Special Relativity wrong? One person, one vote



On Feb 25, 8:27 am, Aaron Arcsec <silver[delete-this]
he...@xxxxxxxxxxx> wrote:
On Wed, 25 Feb 2009 05:36:57 -0800 (PST), Albertito

<albertito1...@xxxxxxxxx> wrote:
Voting slip:
Is Special Relativity wrong?

11. Not even wrong

Explanation follows:

SR "theory" has caught itself in the following tight bind:

It claims that all of its effects are merely geometrical, or
non-physical

and

it claims that the cause of any possible physical effects,
which can only be motion through space, is meaningless.

Both of these statements, I would dispute.
You have a rather restricted notion of what "physical" means, and as a
result, your search for something you would qualify as being truly
"physical" is driving you buggy.

As a gentle probe of this, let's consider something from *classical*
physics to see if it satisfies your notion of "physical".
Classical physics says an object with net electric charge sets up a
field in completely empty space, such that it is a *physical* property
of a particular location in that empty space that it has a certain
value of electric field. Furthermore, the field is also physically
real in the sense that energy is stored in it. Do you agree that an
electric field in completely space is physically real?

And to borrow something from modern physics:
Modern physics says that there is a measurable property of a system
called mass, which is identifiable by its relation to a number of
other properties. However, the mass of a system of objects does not
necessarily the sum of the masses of (and therefore does not reside
in) the individual objects in the system. For example, the mass of a
two-photon system is non-zero, where the mass of each individual
photon is zero. In your mind, is mass a physical property?

After all this, it may just be that what physicists consider to be
"physical" is much broader than what you are willing to allow.


But mere geometrical effects are useless for physics,
so the "theory" says nothing, and is, in fact, a non-theory.

==A-A==
(recently voted by poll as "crackpot of the decade")

.



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