Analysis of PX images Oct 9 2002
Raw Data and Information available for those who wish to look themselves,
http://www.zetatalk.com/teams/tteam342.htm
Computer programs required
Cadet Calibration Software - freeware
http://www.terra.es/personal2/oscarcj/introeng.htm
Avis Fits File Viewers - freeware
Findings:
Images of Planet X Oct 4 2002
I have found the answers given on Oct. 5,2002 by the Zetas to be very
helpful in confirming what appears on the images.
Working to the request of the Zeta's, based on the following quote, I give
my opinion on the best image of PX.
Quote from Zetatalk Q & A Oct. 5,2002
(NancyL) ZT: Suffice it to say that you should look for the STRONGEST red
object in accordance with what is expected in coordinates motion, and in
relation to the white light object, and in accordance with latitude and time
of exposure, etc.
The Summary images of Oct 4,2002 show 4 new candidates on it.
Two are recognized by Avis Fits Viewer.
1) Here is my reasoning, to support the candidate slightly above the Sept
21,2002 announced PX.
Reasons to support main candidate located on Summary image of Oct 4,2002
(located slightly above the Steves Candidate of Sept 21,2002 Summary
image)
a) This object shows up on the Summary image of Oct. 4 2002.
Avis Fits File Viewer recognizes this object on the Summary image.
When referencing Frame 4 (where the object appears), it is noted that 2
objects are recognized by Avis Fits Viewer. The PX object and (slightly
below and to the left) a very faint star, which I believe is on the DSS
comparison images.
Note: Steve Havas has suggested that the DSS star is further left and this
Avis recognized object maybe a strong ghost image or something else.
b) According to movement chart, with coordinate change, PX should move left
on image and very slightly down. This object has moved up and left when
compared with Sept 21,2002 red object location. The other Avis Fits viewer
recognized candidate has moved down and right significantly.
c) Given the new information on refraction angle (by Zeta's on Chat Oct
5,2002)
The closing distance of PX over the past 12 days would mean the angle of
refraction is decreasing.
Logically, over time, we should see the red image move closer to the true
coordinates. (the white light image)
Therefore, the Oct. 4, 2002 pictures should show the object above it's Sept
21 image.
Quote on refraction from Q & A Zetatalk Chat Oct 5,2002
(NancyL) ZT: Until Planet X reaches the edge of the solar system, the orbit
of Pluto or thereabouts, it will continue to present TWO objects, both
increasingly large and bright as the months pass.
(NancyL) ZT: It is when the distance is such that LITTLE bending occurs that
they will blend, become one object, a gradual progression of becoming closer
and closer in images and scopes.
d) We have moved past the solstice, 9/21, and on 10/4 the light from Px came
almost directly FROM the East, NOT over the Equator.
On 9/21 it was much closer TO the Equator, so had to BEND down more.
Therefore, PX in the Oct 4 2002 images should be above the Sept 21 2002
location
2) Confirmation of Planet X
Findings to date;
Steve Havas has captured PX on film according to directions by Zeta's, on
both occasions at the general coordinates.
a) The Summary image of Sept 21 2002 shows an object known as Steves
Candidate and this has been confirmed by Zeta's.
b) The Summary image of Oct 4 2002 shows an object slightly above Steves
Candidate.
Therefore, the PX object is now confirmed, by appearing on both the Summary
image of Sept 21 2002 and the Summary image of Oct 4 2002.
Conclusions;
1) based on summary image picking up object, refraction angle change due to
distance covered over last 12 days, predicted movement by Zeta's,earth
position at time of imaging, and on looking for most intense red object on
film.
I conclude that the new Image of Planet X of Oct. 4,2002 is located just
above the Sept. 21,2002 PX location as seen on the Summary images of the two
dates.
2) The PX object is now confirmed by the fact of it having been imaged on
two different occasions in the coordinate area specified by the Zeta's.
3) Based on the statements by the Zeta's on refraction, we can now
confidently predict that the next images ( assuming same location and angle
of viewing) will show the red light image closer to the true
coordinates (white light) of PX .
Submitted
J.William Dell