From: artful on
On Jul 8, 5:42 pm, Koobee Wublee <koobee.wub...(a)gmail.com> wrote:
> On Jul 7, 10:06 pm, Tom Roberts wrote:
>
> > No. You obviously do not know what local Lorentz invariance means.
>
> The mathematics of the Lorentz transform is so simple.

Then why are you so confused by it?

[snip koobee whining because physics uses simple well-defiend terms he
deson't understand]

> > It means that ALL the locally-valid equations of a theory referenced to a given
> > inertial frame are unchanged in form by a Lorentz transform to another inertial
> > frame.
>
> Yeah, it is wonderful that you have found a mathematical
> transformation that preserve the invariance. Well, that same
> mathematical axiom also haunts you by creating paradoxes.

No paradoxes. You keep lying and saying they exist .. but you never
come up with the goods in actually presenting one.

>  In real
> life, the Lorentz transform does not model anything realistic.

More lies .. every experiment for testing SR shows SR (using lorentz
transforms) predicts the results.

>  It is
> a subset of the more general Larmor's transform in which everything
> has to be referenced back to an absolute frame of reference as the
> null results of the MMX demand.

More lies .. They demand no such thing

>  Written in the familiar form where
> both frames move in parallel relative to the absolute frame of
> reference really has played havoc on self-styled physicists in the
> past 100 years.  It mistakenly giving birth to this Lorentz
> transform.  Well, in time the self-styled physicists will realize
> their mistakes.  <shrug>

The only one making mistakes is you. You're a liar and a nitwit.
Just waiting for you to be a plagiarist

> See the link below.
>
> http://groups.google.com/group/sci.physics.relativity/msg/c5a0a3c587f...
>
> > In LET, the speed of light referenced to the ether frame is c, and when
> > referenced to some moving frame is not c (it is c+-v, speaking loosely).. But the
> > Lorentz transform will leave any speed of c unchanged. So the equations of LET
> > describing the propagation of light are not Lorentz invariant. The MEASUREMENTS
> > in a moving frame yield the value c, but that is not the true speed of light in LET.
>
> This is totally nonsense.

Koobee speak for it is perfectly correct. It just doesn't agree with
his lies

>  In any transforms except the Galilean
> (ballistic theory of light), light speed is isotropicly invariant.

Totally wrong

> The first person to realize that was Voigt in which the Voigt
> transform was created

So what?

> --- not some Einstein the nitwit, the
> plagiarist, and the liar.  <shrug>

Noone claims Einstein invented the Voigt transforsm, nor the lorentz
transforms. It is for how they are derived and interpretted that he
is famed.

> >         Yes, I know you claim the CMBR dipole=0 frame is the
> >         ether frame. But that is not LET. Lorentz obviously had
> >         no knowledge of the CMBR, and could not possibly have
> >         put it into his theory. Moreover, while there might be
> >         some merit to your claim if relative to that frame the
> >         CMBR was isotropic, it isn't.
>
> The self-styled physicists just need to get the special laws expected
> from this absolute frame of reference out of their heads.  <shrug>

No absolute frame

> It is elusive, yes, but not so completely invisible.  The first
> glimpse is the Doppler shift in CMBR.  Now, we know where and how to
> look.  <shrug>

That there is a CMBR does not mean there is an absolute frame, or that
any special laws of physics apply to it

> Galileo was wrong.  However, the principle of relative still works at
> low speeds.  Newtonian laws of physics is totally based on Galileo's
> works.  Thus, at high speed, we should also expect to see a breakdown
> in Newtonian law of gravity.  <shrug>

Not under GR

From: harald on
On Jul 7, 10:05 pm, stevendaryl3...(a)yahoo.com (Daryl McCullough)
wrote:
> harald says...

[..]

Still one more clarification:

> >> If you are asking, not about General Relativity, but the General
> >> Principle of Relativity: that isn't a theory of physics, it is
> >> a heuristic, or a philosophical position, or metaphysics. It has
> >> no physical meaning, except to the extent that it guides us in
> >> coming up with better theories of physics.
>
> >I rarely saw a more aggressive criticism against Einstein's
> >theory. :-)
>
> The generalized principle of relativity is not a theory.

Einstein's theory was based on that postulate and so the objection to
that postulate was, as he described, an "objection against the Theory
of Relativity".

Cheers,
Harald
From: harald on
On Jul 7, 11:49 pm, colp <c...(a)solder.ath.cx> wrote:
> On Jul 8, 8:05 am, stevendaryl3...(a)yahoo.com (Daryl McCullough) wrote:
>
> > harald says...
>
> > >On Jul 7, 6:02=A0pm, stevendaryl3...(a)yahoo.com (Daryl McCullough) wrote:
> > >> If you are asking, not about General Relativity, but the General
> > >> Principle of Relativity: that isn't a theory of physics, it is
> > >> a heuristic, or a philosophical position, or metaphysics. It has
> > >> no physical meaning, except to the extent that it guides us in
> > >> coming up with better theories of physics.
>
> > >I rarely saw a more aggressive criticism against Einstein's
> > >theory. :-)
>
> > The generalized principle of relativity is not a theory.
>
> Right. It is an assumption, and the application of that assumption
> leads to contradictions. This is a case of doctrinal annihilation;
> i.e. a set of postulates that are collectively inconsistent.
>
> The relevant postulates are:
>
> 1. There is not preferred frame of reference.

Do you know the intended meaning of those words? Do you how the PoR
was originally formulated, so that you can understand those words
correctly?

Harald

> 2. Moving clocks run slow. (Paraphrased from Einsteins
> "Electrodynamics of Moving Bodies")
>
> Since we know that moving clocks _do_ run slow, the only logical
> conclusion is that a preferred frame of reference exists.
>
> The assertion that a preferred frame of reference exists is a
> philisophical one, and points towards the epistemological schism of
> natural philosophy which led to the development of science (i.e.
> knowledge of the physical realm) and religion (i.e. beliefs about the
> theological realm) as separate disciplines.

From: Daryl McCullough on
harald says...

>On Jul 7, 10:05=A0pm, stevendaryl3...(a)yahoo.com (Daryl McCullough)
>wrote:

>> The generalized principle of relativity is not a theory.
>
>Einstein's theory was based on that postulate and so the objection to
>that postulate was, as he described, an "objection against the Theory
>of Relativity".

That sounds overly dramatic. Certainly the discover of an aether frame
would undermine the basis for his Special and General Relativity (although
they could still survive as approximate theories, good for macroscopic
phenomena. This latter possibility is kind of weird, because SR is known
to be accurate for describing the very tiny world of subatomic particles.
Presumably the discovery of an aether frame would be relevant at the
super-microscopic level in which quarks seem macroscopic.) But rejection
of the generalized principle of relativity on philosophical or other
basis would not have much impact on the physical theory of relativity.
Physicists *DO* reject the generalized principle of relativity expressed
as the requirement of general covariance because it is physically vacuous.

--
Daryl McCullough
Ithaca, NY

From: Edward Green on
On Jul 8, 6:28 am, stevendaryl3...(a)yahoo.com (Daryl McCullough) wrote:

<...>

> Physicists *DO* reject the generalized principle of relativity expressed
> as the requirement of general covariance because it is physically vacuous..

Aha. That's exactly what I was trying to express when you asked me to
elaborate. Just how long have "physicists" felt this way, and when did
they start reading my Usenet posts? :-) :-) :-) (I had an argument
along these lines with John Baez years ago. I noticed another argument
that I had with him -- to the effect that force is momentum flux --
later surfaced as an outstanding revalation in his home pages).