ZetaTalk: Pole Shift

ZetaTalk: Amateur Scopes

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ZetaTalk: Amateur Scopes

Note: Imaging of Planet X at our coordinates began in the Fall of 2002, and raised questions among those analyzing the FITS files from the

CCD cameras used in an amateur scopes. These answers were provided during the Oct 5, 2002 Live ZetaTalk IRC Session.

Does Moon light create light pollution for viewing?

Light being imaged from Planet X is not subject to light pollution from the Sun, when taken well before dawn,

even when the Moon is full. Moon light, where strong enough to reflect back to Earth so that man can walk

paths without a beacon light in his hands, nonetheless is not reflecting out to affect objects in space. Does this

Moon light affect a camera, such that dim objects might be blurred by Moon light? No, as it is diffuse in the

camera, affected perhaps only 5% of the available light from other objects in space. Unless an object is at the

threshold of visibility, to be affected by that 5% into not registering at all, it would not be affected by a full

Moon.

Why is Planet X showing twice, as a red light object and a white light object?

Planet X is registering in two places on human CCD camera images of late - a red object bent from the

coordinate spot and a white light object at the coordinates we have given. How long will this phenomena occur

for the inbound Planet X? Planet X, as we have stated from the beginning, is a red light spectrum object, due to

the iron ore dust swirl surrounding it. Light emanating from it must bounce through the dust swirl, and in the

manner of light particles, emerges from the swirl colored to red from the influence of the iron ore. 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. 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.

Why don’t red stars bend due to red light bending?

We have stated that there are many more particles of light than man is aware of, and light spectrums likewise he

is unaware of. Man sees but few colors, our eyes able to see dozens more, and our equipment attuned to wider

spectrums likewise. If the light from Planet X bends, then why is this not the case for all objects, such as red

stars, that they might appear in two places? Red Stars appear red because of a different spectrum in the red

frequencies. In other words, there is red light, and red light, and red light. Mankind does not understanding the

full spectrum or behavior. The red light from Planet X is not the composition of light that must travel a long way

through space! Planet X is relatively close, and thus its red light, bent, is still available upon reaching Earth. Red

light in this spectrum from a distant object would be lost, before reaching Earth.

Am I seeing more than one Planet X, in a red light, on an image?

Planet X is appearing as a red light object in only one spot on the images, and what is commonly termed white

light appearing at the coordinates spot given. However, there can be ghosts, caused by reflection, that can appear

near an object. This is a complex subject related to atmosphere, camera function, and even Moon bounce, so we

decline to expand upon it. 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 which should be at the

coordinates, and in accordance with latitude and time of exposure, etc. Consider any ghosts you pick up to be

that.

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http://www.zetatalk2.com/poleshft/p165.htm[2/5/2012 9:56:24 AM]

ZetaTalk: Coordinates

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ZetaTalk: Coordinates

Note: written during the Live ZeatTalk IRC session on Dec 3, 2001.

We have explained that the inbound Planet X is primarily on a straight line path inbound. The appearance of bobbling

about is slight in its path, as during the inbound motion it can move slightly to the side or up or down, while not

disturbing its primary forward motion. This is akin to a car on the highway, which might move a bit to pass another

car or avoid a dead animal on the road, while still moving almost exclusively forward. The view from the front, versus

the view from the side, is different, and deceptive. However, there are other reasons our Coordinates change, often

from week to week. Planet X is viewed from the surface of Earth, and in this the light from the planet and its moons

and dust cloud must travel toward Earth and encounters many obstacles. What is little dealt with by the common man