Examines the coherence function's modifications of gravity, suggesting new insights into bosonic fields.
The McGaugh interpolation function nu(x) = 1/(1-exp(-sqrt(x))) is algebraically identical to 1 + n_BE(sqrt(x)), where n_BE is the Bose-Einstein occupation number. The coherence field is a bosonic field whose thermally populated modes modify gravity; a0 is the coherence temperature in acceleration units. D11 conditionally paid; residual D11b: derive the sqrt(g/a0) argument from the Xi Lagrangian.
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Nicky Joseph Hubertus Catharina Hacquier (2026) studied this question.
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