New SR test possibilities on light speed and ether drift.

New SR test possibilities on light speed and ether drift.

Test 3: Dual GPS one-way Lightspeed tests outside the isotropic LASOF
area.

It is postulated that the earth is floating within an oscillating
quantum vacuum frame, which by itself can have a specific velocity
relative to the solar system.

Such a quantum vacuum must originate a so called ether drift effect,
which should be measured at best in space by the difference in the
(one way) light speed between two GPS satellites (up and down),
measured more or less parallel with the orbital propagation direction
of the Earth around the sun and even parallel with other ether drift
directions of the earth.. Until now, only a small ether drift is
supposed to be conclusively measured e.g. by Dayton Miller in 1926,
see: : http://www.orgonelab.org/miller.htm at mount Wilson. Dayton
Miller published his findings in: Review of modern physics 5, 203-242
(1933) called: "The Ether drift experiments and the determination of
absolute motion of the earth.

Professor H. A. Munera and M. Allais, have shown us the way to
interpret Millers ether drift measurements in a more conclusive way.
See: : http://www.ensmp.fr/aflb/AFLB-272/aflb272p463.pdf
http://www.ensmp.fr/aflb/AFLB-272/aflb272p463.htm
http://allais.maurice.free.fr/English/media12-1.htm

However it is assumed that Millers results where handicapped by the
influence of what I call " the Earthly LASOF ("Local A-symmetrical
Oscillating Vacuum Frame") two isotropic light speed bubbles, which
compensate the ether drift effects and are supposed to be located on
both sides of the Earth. The proposed GPS experiment should be able
to check more clearly the orbital speed of the Earth around the sun
and other ether drift directions of the earth, if it is done outside
these LASOF areas.

GPS one-way light speed and other experiments have proven that there
is no "one-way light speed difference" measurable in more or less
perpendicular directions relative to surface of the Earth. At the
same time however, the quantum vacuum and the earth should have a
relative motion to each other which should be measurable as a so
called "Ether drift".

To solve this contradiction, it is assumed that massive objects like
the earth create their own isotropic light speed bubbles at both
sides of these massive objects, called LASOFs. These bubbles are
supposed to be shaped in a double cone form with a common axis
pointing always parallel to the orbital motion of the earth around the
sun and the earth as the centre point. Secondly, if we assume that
there is also a second ether drift perpendicular to the equatorial
plane of the Sun, (also measured by D. Miller) then a second LASOF
double cone should be introduced. Both LASOF systems are supposed to
have a decreasing influence on the vacuum light speed measured
parallel to the surface of the earth at increasing Altitudes. (Millers
experiment was made at the top of mount Wilson U.S.A.) Consequently
it is proposed that the GPS altitude, will be sufficient to measure
more clearly the real vacuum correlated light speed differences into
the "up or down" direction between two Satellites.

Test 4: Large Sagnac Laser Ring Interferometer "LASOF crossing"
variations.

In spite of the former assumption that the vacuum drift should be
measured at GPS altitude, there are some indications that even inside
the earth the LASOF has measurable effects. It is assumed that a
large Sagnac Laser Ring interferometer with enough "internal surface"
or "light arm separation" designed to detect only subtle changes in
the Rotation of the Earth, could also be used for detecting subtle
LOCAL lightspeed differences, in the up and down direction between
the individual Sagnac Ring arm trajectories. This is an experiment
which is already in action at the Canterbury Ultra-G Ring Laser
Project at Canterbury University New Zealand (Christchurch, within the
Cashmere Cavern, managed by professor Geoff Stedman). The Perimeter of
77 meter and the Area of 370 m2 seem to be just enough to measure the
within 24 hours rotating "LASOF double cone" influences on the local
lightspeed differences around the Earth. In fact this Large Sagnac
Laser did already indicate some interesting anomalies, which should be
connected to the local lightspeed differences originated by the
LASOF. If Massive bodies like the earth are equipped with LASOF double
cones, the lightspeed should be influenced exactly at the borders of
that double cone rotating with the rotation of the Earth within 24
hours over the surface of the Earth.

The LASOF double cone main axis, is supposed to have a stable
orientation parallel with the orbital trajectory of the Earth around
the Sun. As a consequence, subtle local lightspeed variations are
supposed to be measurable on locations placed between 45 degrees North
or South Latitude. The double cone shape of the LASOF is supposed to
have two circular sections with the surface of the earth located
opposite to each other at both sides of the earth, with the common
circular symmetry axis pointing through the centre of the earth,
parallel with the orbital motion of the earth around the sun .

This effect is already measured by the Stedman team: see: the first
Ultra-G results 1-14 January 2002 :
http://www.phys.canterbury.ac.nz/res...ser/UG0102.pdf The
transition of 4 into 2 fold frequency shift variations each day,
exactly on the 10th of January 2002, is in line with my so called
LASOF (Local A-Symmetrical Oscillating vacuum Frame) boundary
predictions.

A daily 4-fold lightspeed variation change into a two fold variation
on the 10th of January is the reason to suggest that the LASOF
boundary circle at that time in the Cashmere Cavern must reach down
to about 45 degrees Southern Latitude, because the latitude of the
Cashmere Cavern itself is Southern-Latitude: 43 degrees, which is 2
degrees within the maximal LASOF cone. The 4 fold lightspeed
variations are supposed to indicate that both of the LASOFs circles
are crossed. After the 10th of January it is supposed that only one
of the LASOFs are crossed due to the different orientation of the
Polar rotational axis of the earth relative to the LASOF axis,
parallel to the orbital direction of the earth.

In summer and winter times, around 21 June and 21 December the 4 fold
lightspeed variation change will have a maximum time distance during
the day. Due to the orbital change in the Polar rotational axis of the
Earth. As a consequence we may expect, that during each year, the
"transition" data which change the daily 4-fold variation into 2-fold
frequency variation, will be on the 10th of January and the 10th of
July and the "transition" data which change the daily 2-fold variation
into 4-fold frequency variation, will be on the 1st of June and the
1st of December:.

The Moon LASOF.

If the Earth has a LASOF the Moon should have also one. If the moons
position is exactly in "front or at the backside" of the Earth's
orbital motion axis around the Sun, the UG-1 Ring Laser in New
Zealand, should give a clear "jump" inside the Sagnac signal for a
period of several hours. Consequently this is expected to happen at
the First and Last quarter position of the Moon, when the moon is
located within the ecliptic plane at the so called nodal position.
Information from Cashmere Cavern UG-1 seem to support this phenomenon
for 31 august 2002. However, if as Dayton Miller measured there is
reason to assume also an ether drift along the axis of the Solar
planetary plane, then the moon influence on the Ultra Large Sagnac
Laser measurements is expected to be also present at other quarter
positions of the moon. This will become clear only after publication
of the UG-1 measurements by the Stedman team in the near future.

Leo
http://home.planet.nl/~vuyk0022/

Leo wrote:

New SR test possibilities on light speed and ether drift.


Take it to news:sci.physics

Take it to news:sci.physics

Or to the bottom of Lake Titicaca.
Clear, Dark, Steady Skies!
(And considerate neighbors!!!)

On 13 Nov 2003 17:47:57 GMT, (Don Martin
fan) stepped up to the plate and batted:

Take it to news:sci.physics

Or to the bottom of Lake Titicaca.

Jeez, that was deep! ; )

G../0