Re: Voyager spacecraft anomaly



In article <A0wq7XrrKAqEFw4Z@xxxxxxxxxxxxxxxxxxxx>, Prometheus <Prometheus@xxxxxxxxx> writes

The anomaly in the position of the two Voyager spacecraft's, which are heading out of the solar system. I presume that the calculation has been done on the basis of Einstein's gravity equations. Question. Is there still a discrepancy if you use Newton's equations?

I should have asked this of Pioneer 10 & 11, the two Voyager craft have too many uncertainties introduced by the thrust stabilization rockets to be able to measure such a small effect (or is it artefact).

--
Ian G8ILZ
.



Relevant Pages

  • Re: Voyager spacecraft anomaly
    ... heading out of the solar system. ... I presume that the calculation has been ... done on the basis of Einstein's gravity equations. ...
    (sci.physics.relativity)
  • Re: Voyager spacecraft anomaly
    ... heading out of the solar system. ... I presume that the calculation has been ... done on the basis of Einstein's gravity equations. ...
    (sci.physics)
  • Voyager spacecraft anomaly
    ... The anomaly in the position of the two Voyager spacecraft's, which are heading out of the solar system. ... I presume that the calculation has been done on the basis of Einstein's gravity equations. ...
    (sci.physics)
  • Voyager spacecraft anomaly
    ... The anomaly in the position of the two Voyager spacecraft's, which are heading out of the solar system. ... I presume that the calculation has been done on the basis of Einstein's gravity equations. ...
    (sci.physics.relativity)
  • Re: Voyager spacecraft anomaly
    ... I presume that the calculation has been done on the basis of Einstein's gravity equations. ...
    (sci.physics)