Re: A simple lightspeed experiment by single GPS horizon skimming.
- From: "LeoVuyk@xxxxxxxxx" <LeoVuyk@xxxxxxxxx>
- Date: Thu, 01 Nov 2007 03:07:13 -0700
Eric,
I am sorry that I was not able to describe my point clear enough for
you.
The LAGEOS satellite is only used as a signal reflection mirror
between the Earth and the LAGEOS satellite, which is in my proposal
not at all influenced by the orbital speed of the earth around the
Sun.
The reason is that the quantum mechanical vacuum is supposed to
compensate all signals running - in directions TO or FROM- the Earth
surface, with an only slowly decreasing influence up to an extinction
distance of 70 million km..
However if we would measure (GPS) signals which are NOT directed TO or
FROM the Earth surface, but are passing the Earth at higher altitudes
then it is interesting to measure, the influence of the SOLAR
reference frame.
This influence for Earth skimming signals, is supposed to be gradually
decreasing down to zero influence just at the surface of the earth.
As a consequence, I started this discussion with a call for a SIMPLE
GPS MOUNTAIN ( or high building) SUMMIT test, to measure at least some
diurnal influence on "low elevation" Earth skimming GPS signals.
All the GPS based Precise Orbit Determination (POD) reports of CHAMP
and FORMOSAT satellites, do report lots of "bad GPS readings" which
are automatically disregarded for POD determination. This could be a
sign for the intermingling solar Earth reference frames.
Leo Vuyk
.
- Follow-Ups:
- Re: A simple lightspeed experiment by single GPS horizon skimming.
- From: Eric Gisse
- Re: A simple lightspeed experiment by single GPS horizon skimming.
- From: LeoVuyk@xxxxxxxxx
- Re: A simple lightspeed experiment by single GPS horizon skimming.
- Prev by Date: Re: Journal of Gravitational Physics
- Next by Date: Re: A New Solution to the Twins Paradox, and Others
- Previous by thread: Re: Poincare and Einstein on Relativity
- Next by thread: Re: A simple lightspeed experiment by single GPS horizon skimming.
- Index(es):
Relevant Pages
|