icon Probe Behavior


During the 2001 sci.astro debates, the Zetas addressed probe behavior, where the probes were not acting according to mankind's expectations. They pointed to particle flows that mankind is unaware of, washing back into the Sun's equator.

Why do the probes slow? It is not gravity, the Sun pulling these probes back, but particle flows that mankind is currently unaware of. Why do the planets in the solar system all line up into the ecliptic plane? This phenomena occurs in the rings around Saturn also, and in the oceans of Earth which are fatter at the equator than at the poles. Visible matter, the planets and rings and oceans, that mankind can see, are slung faster from the waist of a rotating sun or planet than at the poles, a matter of momentum But it is not the sling that keeps them at the waist, as a sling alone would not keep them nicely in place, a ring around the waist. There is a return of some type, with the return coming back into the rotating sun or planet at the poles, and then flowing in the direction of the waist, to fill the gap caused by the sling. This is not caused by the flow of gravity particles, as the flow of gravity particles is even. Does an object weigh more at the poles than at the equator? Nor is this the flow of magnetic particles, as the rings around Saturn and the planets in the ecliptic assume their position regardless of magnetic properties.
ZetaTalk Slowing Probes, written 2001

This was in response to a report on CNN on this probe behavior, which scientists could not explain.

Puzzling hyper-gravity proves weighty mystery
May 21, 2001
http://archives.cnn.com/2001/TECH/space/05/21/gravity.mystery/index.html
An unknown force seeming to pull on a pair of distant space probes has left astronomers with a weighty mystery, one that appears to defy the conventional laws of physics. The Pioneer 10 and Pioneer 11 spacecraft, which for decades have steadily traveled in opposite directions in the solar system, have covered significantly less space then they should have, astronomers said. A team of NASA researchers has systematically attempted to determine what has slowed the sibling NASA robot ships, to no avail. "Something is slowing down the spacecraft. And we have not been successful in finding the source of that. There is more slowing than you would expect from Newtonian gravity," said John Anderson, a senior scientist at NASA's Jet Propulsion Laboratory in Pasadena, California.

On Feb 29, 2008, scientists were no closer to being able to explain odd probe behavior, and added probes passing the Earth during their trajectory to the study. The information they report confirms the Zeta explanation, that particles flowing back into the middle of rotating bodies are involved.

NASA Baffled by Unexplained Force Acting on Space Probes
Mar 3, 2008
http://www.space.com/scienceastronomy/080229-spacecraft-anomaly.html
Mysteriously, four spacecraft that flew past the Earth have each displayed unexpected anomalies in their motions. These newfound enigmas join the so-called "Pioneer anomaly" as hints that unexplained forces may appear to act on spacecraft. A decade ago, after rigorous analyses, anomalies were seen with the identical Pioneer 10 and 11 spacecraft as they hurtled out of the solar system. Both seemed to experience a tiny but unexplained constant acceleration toward the sun. A host of explanations have been bandied about for the Pioneer anomaly. At times these are rooted in conventional science — perhaps leaks from the spacecraft have affected their trajectories. At times these are rooted in more speculative physics — maybe the law of gravity itself needs to be modified. Now Jet Propulsion Laboratory astronomer John Anderson and his colleagues — who originally helped uncover the Pioneer anomaly — have discovered that four spacecraft each raced either a tiny bit faster or slower than expected when they flew past the Earth en route to other parts of the solar system.
 
The researchers looked at five deep-space probes — Galileo to Jupiter, the NEAR mission to the asteroid Eros, the Rosetta probe to a comet, Cassini to Saturn, and the MESSENGER craft to Mercury. Each spacecraft flew past the our planet to either gain or lose orbital energy in their quests to reach their eventual targets. (Galileo made two flybys.) In five of the six flybys, the scientists have confirmed anomalies. "I am feeling both humble and perplexed by this," said Anderson, who is now working as a retiree. "There is something very strange going on with spacecraft motions. We have no convincing explanation for either the Pioneer anomaly or the flyby anomaly." In the one probe the researchers did not confirm a noticeable anomaly with, MESSENGER, the spacecraft approached the Earth at about latitude 31 degrees north and receded from the Earth at about latitude 32 degrees south. "This near-perfect symmetry about the equator seemed to result in a very small velocity change, in contrast to the five other flybys," Anderson explained — so small no anomaly could be confirmed. The five other flybys involved flights whose incoming and outgoing trajectories were asymmetrical with each other in terms of their orientation with Earth's equator. For instance, the NEAR mission approached Earth at about latitude 20 south and receded from the planet at about latitude 72 south. The spacecraft then seemed to fly 13 millimeters per second faster than expected. While this is just one-millionth of that probe's total velocity, the precision of the velocity measurements was 0.1 millimeters per second, carried out as they were using radio waves bounced off the craft. This suggests the anomaly seen is real — and one needing an explanation. The fact this effect seems most evident with flybys most asymmetrical with respect to Earth's equator "suggests that the anomaly is related to Earth's rotation," Anderson said. As to whether these new anomalies are linked with the Pioneer anomaly, "I would be very surprised if we have discovered two independent spacecraft anomalies," Anderson told SPACE.com. "I suspect they are connected, but I really do not know."

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