Authors: Steven Zins
Dayton Miller performed an experiment in 1925-1926 that, at face value, contradicted relativity theory. The strongest argument against Miller's experiment is that subsequent Michelson-Morley experiments yielded increasing consistency with relativity, disagreeing with Miller's results. But subsequent experiments were not valid replications of Miller's. Specifically, they failed to replicate the medium in the light path and the scale of Miller's experiment. A valid replication must either be exact or be demonstrably equivalent with regard to its crucial sensing region. The unexplained effects seen by Miller demand exact replication. The proposed experiment is crucial for special relativity but is more than a replication of Miller. This proposed Crucial Experiment should use a Michelson-Morley apparatus with a 4.25 m arm length as Miller used. The novelty of this experiment is that the light path should be in a chamber that can be operated from near zero to one atmosphere. Predictions: (1) At one atmosphere, the result will agree with Miller's and contradict relativity. (2) Near zero atmospheres, the result will agree with Georg Joos' and agree with relativity. (3) Intermediate pressures will yield intermediate results.
Comments: 6 pages
[v1] 2012-10-25 17:44:06
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