"Gravitational" contributions ton−n¯oscillations in vacuum

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Abstract
The possibility that laboratory tests on neutron oscillations in a vacuum may be significantly affected by the local contribution of a possible vector-field component of the total effective gravitational interaction is not completely ruled out by present experimental data. It is suggested that performing various measurements with different flight times of the neutrons could make it possible to extract significant information on the existence of a vector partner of the graviton, and on its coupling to the baryon number.

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