Re: Scalar waves

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Sujet : Re: Scalar waves
De : ross.a.finlayson (at) *nospam* gmail.com (Ross Finlayson)
Groupes : sci.physics.relativity
Date : 28. Apr 2024, 18:44:08
Autres entêtes
Message-ID : <sjudnd_SKc54F7P7nZ2dnZfqnPudnZ2d@giganews.com>
References : 1 2
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On 04/28/2024 09:19 AM, Ross Finlayson wrote:
On 04/27/2024 10:46 PM, Thomas Heger wrote:
Hi Ng
>
I had read recently something from Tom Bearden.
>
He wrote, that scalar waves are longitudinal waves, which vary in
velocity and are acompanied by a wave, which runs backwards in time.
>
The idea is a little strange and would require to give up the constancy
of the speed of light in vacuum, but to allow a variation of the speed
of light in vacuum.
>
This would cause a wavelike behavior, but longitudinal (opposite to
classical em-waves).
>
This behaviour was called 'polarized in the time-domain'.
>
>
Is this somehow correct?
>
(The 'backwards in time wave' is actually no prblem for me, because I
had assumed something similar before.)
>
TH
>
>
>
>
It only goes backward, if at all: zero, so, ....
>
What that models is that there is a region, all the region
of the affected course of the wave, that is a "locale",
that is a locality, and that according to observer
effect and "real wave collapse", of a superclassical
wave of a locale an extended region, that the "real
wave collapse" is "superclassical flux", i.e. instantaneous.
>
I.e., the only reason "model of a wave backward in time
as if time was a dimension not a ray", is because,
otherwise it's "model of a wave instantaneous in an
extended region of space". It's only a projection,
because, the real perspective, is a regional perspective,
which is the locale, not just the point perspective.
>
Waves are considered general models of change in open systems.
>
>
>
>
What happens is that perspective, includes,
a "point at infinity".
Now, in SR, for the L-principle and light's speed,
it's often considered in "natural units", the c = 1,
everything else in proportion to that.
Yet, as a "point at infinity", thusly, because as
a "natural unit" also is "beyond the bounded",
in the usual model of SR and in deep space in
an un-moving medium and freely untrammeled,
as a "point at infinity", in perspective,
behind it is another "point at infinity", "at infinity".
It's similar to consider when the medium is
measured by the travel of sound through air,
that the "natural unit" of Mach-1, is this same
sort of "point at infinity", "beyond the bounded",
that beyond it is that according to light speed,
"point at infinity", and beyond that is yet another
"point at infinity", when c_g gravity's speed is
"infinite", "natural units", or "scalars", for,
what results a, "scalar infinity".
Now, it's well-known, that the images received,
of objects in the Solar System, the sources,
are received as of after their travel. It's
also well-known, that, the principal component
of the instantaneous vector of force, of gravity,
always points at the _source_, not, the _image_,
except as so contrived when distances are fixed
and immobile and unvarying, which is not so in
the locale of the Solar System. So, c_g >= c.
So, the "scalar", in these considerations of
"point, local, global, total", get directly
involved with projection and perspective,
a "point at infinity" and "point(s) at infinity",
and, the "scalar" of "natural units", and,
the "scalar", of, "scalar infinity".
Then, this superclassical flux is as of whatever
recedes, so maintaining the symmetry of balance of
a continuity law, as so much more general than
a conservation law, that it's a "continuity-conservation"
law, that according to time symmetry "back-and-forth
from the point(s) at infinity", that it can be
considered rather directly, in terms of sound's
speed, and light's speed, and, light's speed,
and gravity's speed.

Date Sujet#  Auteur
28 Apr 24 * Scalar waves55Thomas Heger
28 Apr 24 `* Re: Scalar waves54Ross Finlayson
28 Apr 24  +- Re: Scalar waves1Dominick Csikós
28 Apr 24  +- Re: Scalar waves1Ross Finlayson
29 Apr 24  `* Re: Scalar waves51Thomas Heger
29 Apr 24   `* Re: Scalar waves50Ross Finlayson
30 Apr 24    `* Re: Scalar waves49Thomas Heger
30 Apr 24     +* Re: Scalar waves6Thomas Heger
1 May 24     i`* Re: Scalar waves5Ross Finlayson
1 May 24     i +* Re: Scalar waves3Thomas Heger
1 May 24     i i`* Re: Scalar waves2J. J. Lodder
3 May 24     i i `- Re: Scalar waves1Thomas Heger
1 May 24     i `- Re: Scalar waves1J. J. Lodder
1 May 24     `* Re: Scalar waves42J. J. Lodder
1 May 24      +- Re: Scalar waves1Maciej Wozniak
3 May 24      `* Re: Scalar waves40Thomas Heger
4 May 24       +* Re: Scalar waves28Ross Finlayson
5 May 24       i+* Re: Scalar waves23Thomas Heger
5 May 24       ii+* Re: Scalar waves2Ross Finlayson
5 May 24       iii`- Re: Scalar waves1Ross Finlayson
5 May 24       ii`* Re: Scalar waves20J. J. Lodder
6 May 24       ii `* Re: Scalar waves19Thomas Heger
6 May 24       ii  `* Re: Scalar waves18J. J. Lodder
6 May 24       ii   `* Re: Scalar waves17Mikko
6 May 24       ii    `* Re: Scalar waves16J. J. Lodder
7 May 24       ii     `* Re: Scalar waves15Thomas Heger
7 May 24       ii      +* Re: Scalar waves6J. J. Lodder
7 May 24       ii      i`* Re: Scalar waves5Maciej Wozniak
8 May 24       ii      i `* Re: Scalar waves4Thomas Heger
8 May 24       ii      i  `* Re: Scalar waves3J. J. Lodder
8 May 24       ii      i   +- Re: Scalar waves1Maciej Wozniak
9 May 24       ii      i   `- Re: Scalar waves1Thomas Heger
8 May 24       ii      `* Re: Scalar waves8Mikko
8 May 24       ii       `* Re: Scalar waves7J. J. Lodder
8 May 24       ii        `* Re: Scalar waves6Ross Finlayson
9 May 24       ii         `* Re: Scalar waves5Thomas Heger
9 May 24       ii          `* Re: Scalar waves4Ross Finlayson
9 May 24       ii           `* Re: Scalar waves3Ross Finlayson
10 May 24       ii            `* Re: Scalar waves2Thomas Heger
10 May 24       ii             `- Re: Scalar waves1Ross Finlayson
5 May 24       i`* Re: Scalar waves4J. J. Lodder
6 May 24       i `* Re: Scalar waves3Ross Finlayson
6 May 24       i  `* Re: Scalar waves2J. J. Lodder
6 May 24       i   `- Re: Scalar waves1Ross Finlayson
5 May 24       `* Re: Scalar waves11J. J. Lodder
6 May 24        `* Re: Scalar waves10Thomas Heger
6 May 24         `* Re: Scalar waves9J. J. Lodder
6 May 24          `* Re: Scalar waves8Ollis Kalakos
7 May 24           `* Re: Scalar waves7Thomas Heger
7 May 24            `* Re: Scalar waves6Parkis Escarrà
8 May 24             `* Re: Scalar waves5Thomas Heger
8 May 24              `* Re: Scalar waves4Tamerlane Oldfart Lefévre
11 May 24               `* Re: Scalar waves3Thomas Heger
11 May 24                `* Re: Scalar waves2Ross Finlayson
12 May 24                 `- Re: Scalar waves1Ross Finlayson

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