"During the beginning of the session I got the impression of the probe accelerating towards its destination but slowing as it moved into the atmosphere. This slowing is caused by the atmosphere exerting a cushioning effect."

These impressions are simple logic and would be common knowledge for anyone who has ever taken a basic science class.

"During this time, the probe encounters small, bumpy, solid objects much like very large dust particles that are suspended and free-floating in the atmosphere (like blowing sand)".

These impressions constitute predictions of objects located in the atmosphere, and give their size and characteristics. These are not logical assumptions, since the prevailing scientific theory is that the planet is complete gaseous. (See perception matrix, below)

"The visuals at the time of this cushioning are murky browns and grays much like the smog cloud one encounters when descending in a commercial airplane toward a large city."

Colors have been predicted by scientific means - colors varying according to the predicting scientist. It will be interesting to see whether or not these check out when information is received from the probe. (See perception matrix, below)

This cushioning effect creates a "skipping" effect on the probe -"

This phenomenon has been widely spoken of in the available literature. In fact, the "skipping" is one parts of the intended trajectory and has been publicized. (no perceptions noted)

"-- which causes it to jerk violently to the side."

This is a predictive statement and will be included in the perception matrix, below.

"Two minutes later, the probe will be dark, cold and out of control."

The time of extinction has been widely disseminated to the public. (no perception)

"Right before the probe goes dead, there are visuals of some bright, white, cloud-like formations."

This is expected and has been predicted by the scientists running the probe project. It is publically disseminated information. (no perception)

"The formations look like very tall pillars (of cloud-like substance). They are rising in the atmosphere and are hotter than the surrounding area which looks dark bluish. These formations are compressed and under pressure which causes a swirling motion within them. That is, the cloud-like formations reach upward while at the same time spinning around inside themselves (in an upward, clockwise direction). Moving to the source of the cloud-like formations, I get the feeling of falling and spreading out. The visual is of two streams running into each other and their collision causes the upward, spiraling motion to begin."

The shapes of the clouds, their formation and internal structure has yet to be established. It is conceivable that upward welling formations could occur when thick masses collide, producing heat (making them hotter than the surrounding area) and causing a rising, swirling effect. These are predictive in nature. (see perception matrix, below).

"Inside the cloud-like formations are white "stringy" objects that are long and moving around randomly inside the cloud columns. These object are hard and brittle (they could be some kind of precipitate)."

These objects, if encountered, will be unexpected. See perception matrix, below.

"Moving to the source of these white objects, I encountered a bright gold colored circle that "jumps out". This circle is very high energy with a pushing out direction."

This description is congruent with many CRVers' descriptions of a volcanoe....

"Based on this image, post-session analysis leads to speculation that the white stringy objects are some type of ash or chemical residue caused by an atmospheric reaction."

But 114 assesses it as an atmospheric reaction.

"Moving to the individual in charge of the mission, I received visuals of a large, balding male in white shirt sleeves."

This information is present time and should be easy to check out. There is no assurance, however, that this information is not known to 114 by other means, even eidetically.

"His emotionals indicate that he is concerned about the probe's working and realizes that a failure of the probe will impact both public perception and funding of his future plans. He hopes that this probe will make up for recent past failures. These are emotions before the probe actually arrives at its final destination."

While this may have come from CRV perceptions, the information is both logical and currently in the news. (no perceptions)

"Moving to a point one week after the mission is completed (i.e. the probe's mission), I find the following points:

1. More information is desired.
2. Specifically, more photos of the upper atmosphere are wanted and particularly an area that borders a clear-cloudy area.
3. It is felt that this area contains something of importance.
4. This "something of importance" is high energy, seems to be burning and appears to have very bright spots that move about randomly."

It is logical to assume that more information will be required, and that it is felt that it is of something important. The indication of the region of specific interest should be noted, as should the specific description of what is of interest. See perception matrix, below.

In conclusion, the mission surprises are:

1. The glowing spots,
2. The stringy things (objects),
3. The rising cloud formations, and
4. Something the color green (this color came as a simple visual at the very end of the session and was not followed to gain more information on it).

The above list constitutes 114's post-session logical conclusions and are not to be considered perceptions, although they are predicitive in nature. See the perception matrix, below.

"The greatest surprises seem to be contained in the upper atmosphere and are not what was expected."

If, indeed, the greatest surprised are in the upper atmosphere, which has already been studied by other means, rather than in the lower atmosphere, which has been hidden to scientists, it would be amazing. See perception matrix, below.

The following table lists the perceptions ordered according to the major nouns/subjects to which they relate. The line to the right of each perception will be filled in at feedback time with a "Y" for "correct", a "N" for "incorrect", or a "?" for "insufficient information to give feedback". Those boxes which are filled in with "XXXX" are not perceptions and are not to be evaluated. Scoring takes place after feedback is given.

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