[General] Gravitational Wave - Vacuum Energy Paper Submitted
Joakim Pettersson
joakimbits at gmail.com
Wed Aug 31 02:06:32 PDT 2016
Hi John,
Interesting theory, covering a totally impressing energy density range
and what's really vert significant: proposal for improvements in LIGO -
using both the length shift and the laser red shift to improve
resolution. Have you seen anyone else proposing this?
However I am worried this may already be part of the detection system -
the laser system being in resonance with the detection system and
therefore red-and-blue-shifting in resonance with the graviational wave
just due it being a resonant laser. Have you checked this in detail?
Can you elaborate som more on what the Planck motion resonances
are/originate from, and how its resonances lead to virtual particles
that actually fit the standard model instead of the other way round as
in the article - is this explained in your previous article?
Thanks/Joakim
------ Originalmeddelande ------
Från: "John Macken" <john at macken.com>
Till: "Nature of Light and Particles"
<general at lists.natureoflightandparticles.org>
Skickat: 2016-08-31 03:38:32
Ämne: [General] Gravitational Wave - Vacuum Energy Paper Submitted
>Hello All,
>
>
>
>Attached is the paper that I submitted for publication. It has been
>considerably revised compared to the draft that I posted on Aug. 13.
>Even though I have not participated much in the group discussion
>recently, the group influenced this paper. I visualized that I was
>writing to convince the skeptical members of the group. The Abstract
>is below.
>
>
>
>Abstract: Analysis of the gravitational wave (GW) designated GW150914
>shows that this wave encountered spacetime as being a very stiff
>elastic medium. The source of this stiffness can be determined by
>analyzing wave amplitude, frequency, intensity and propagation speed.
>The implication is that GW150914 encountered vacuum energy density (VE
>density) of about 6.7 x 1031 J/m3 at 250 Hz. This energy density is
>about 1040 times more than the critical energy density of the universe.
>While this finding is incompatible with general relativity, it is
>compatible with the VE density expected for zero-point energy at 250
>Hz. Higher frequency GWs should encounter higher energy density which
>reaches 10112 J/m3 at Planck frequency. VE is proposed to be the
>biggest component of the universe by a factor of 10120. The conflict
>with general relativity can be resolved if VE does not create its own
>gravity. Instead VE is proposed to be the homogeneous, passive energy
>which is distorted (curved) by the wave properties of matter. The
>multiple fields of the standard model are proposed to be multiple
>resonances of a single VE spacetime field.
>
>
>
>John Macken
>
>
>
>
>
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