kurious
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Did anyone ever find out why pioneer 10 had an anomalous acceleration of 10^ - 8 cm/s/s towards the Sun?
The discussion centers around the anomalous acceleration of Pioneer 10, specifically the observed acceleration of approximately 10^-8 cm/s² towards the Sun. Participants explore various theories, hypotheses, and potential explanations for this phenomenon, including modified Newtonian dynamics (MOND), systematic errors, and the influence of dark energy.
Participants express a range of views, with no consensus on the explanation for the anomalous acceleration. Multiple competing theories and hypotheses are presented, indicating ongoing debate and uncertainty.
Limitations include the lack of definitive evidence for any proposed theories, dependence on assumptions regarding the nature of dark energy and gravitational forces, and unresolved mathematical steps in the arguments presented.
AFAIK it's still an open question ... one of the few 'true anomolies' in astronomy/celestial mechanics/etc.kurious said:Did anyone ever find out why pioneer 10 had an anomalous acceleration of 10^ - 8 cm/s/s towards the Sun?
kurious said:Did anyone ever find out why pioneer 10 had an anomalous acceleration of 10^ - 8 cm/s/s towards the Sun?
kurious said:What if gravitons gain energy from the magnetic field of a galaxy as they cross it?
That would increase the force they exert on a star.
Wouldn't the effect be observable for other space probes too? For example, Voyager 1 and Voyager 2; maybe Ulysses? Even WMAP?? Do you think LISA could test your idea?Thomas2 said:As indicated on my page http://www.physicsmyths.org.uk/lightspeed.htm, the apparent anomalous acceleration could be due to a systematic error in relating the travel time of the communication signal to the distance of the spacecraft .