Observation of a Non-conventional Influence of Earths Motion on the Velocity of Photons, and Calculation of the Velocity of Our Galazy
A Michelson-Morley experiment with stationary interferometer operated during 26 months from January 2003 to February 2005 at the International Center for Physics (CIF) in Bogot(a), Colombia. This paper reports the final analysis of data. There were large periodical fringe-shifts that were correlated to the environmental variables (temperature, humidity and pressure). After subtracting the fraction of fringe-shift that was stochastically correlated to the environmental variables, we obtained a residual that was no longer correlated to the environment, and represents, therefore, the fringe-shift variation with respect to the motion of earth relative to a preferred frame. The residual also exhibited a 24 h periodicity that was compared to a pre-relativistic model based on Galilean addition of velocity. We obtained the velocity of the sun that maximizes correlation between observations and predictions. Our value is V=365 km/s, R:A:=81°=5 h-24 m, Dec:=79° or in galactic coordinates (l; b)=(134° 23° (average correlation 71％ and standard deviation 15％). This may be compared to the velocity of earth obtained in the COBE experiment: V=365±8 km/s, (l; b)=(265° 48°, i.e., same speed but different direction.
Héctor A.Múnera Daniel Hernáandez-Deckers Germán Arenas Edgar Alfonso Iván López
International Center for Physics (Centro Internacional de Física,CIF),Bogotá,Colombia;Department of Department of Physics,Universidad Nacional de Colombia,Bogotá,Colombia;Max Planck Research Centre,Ha Department of Physics,Universidad Nacional de Colombia,Bogotá,Colombia International Center for Physics (Centro Internacional de Física,CIF),Bogotá,Colombia
国际会议
Progress in Electromagnetics Research Symposium 2009(2009年电磁学研究新进展学术研讨会)(PIERS 2009)
北京
英文
108-114
2009-03-23（万方平台首次上网日期，不代表论文的发表时间）