Does a possible laboratory observation of a frequency anisotropy of light result from a non-zero photon mass m?

Details Does a possible laboratory observation of a frequency anisotropy of light result from a non-zero photon mass m? Does a possible laboratory observation of a frequency anisotropy of light result from a non-zero photon mass m?

Apr 1991

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1991phla..154..203n&link_type=abstract

Physics Letters A, Volume 154, Issue 5-6, p. 203-209.

Physics

9

Scientific paper

Assuming a priori the existence of a non-zero photon rest-mass mγ>0 and justifying this assumption, we can predict the existence of an anisotropy in velocity and frequency of light in the direction of the apex of the 3 K background cosmic radiation field. Since this frequency shift can now be tested in the laboratory, it is important to improve the precision of these measurements in order to check our predictions. Its possible confirmation implies indeed the definition of an absolute evolution parameter in the rest frame Σ0 of this 3 K background microwave radiation.

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