Proposes an FRB-based estimator F_G combining galaxy-DM and weak-lensing cross-correlations to measure G_light at ~10% precision in 10 redshift bins at z≲1 under a conservative k-cut.
Koyama, Reports on Progress in Physics79, 046902 (2016)
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Ultralight Bose gases in MOND show an angle-dependent dispersion relation that produces orientation-varying Jeans instability.
Exponential quintessence model is fitted to BAO, cosmic chronometers, and DES-SN5YR/Pantheon+ data, yielding parameter bounds and diagnostics statistically comparable to LCDM.
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Cavendish experiment with fast radio bursts on cosmological scales
Proposes an FRB-based estimator F_G combining galaxy-DM and weak-lensing cross-correlations to measure G_light at ~10% precision in 10 redshift bins at z≲1 under a conservative k-cut.
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Anisotropic dispersion relation of ultralight Bose gases in modified Newtonian dynamics
Ultralight Bose gases in MOND show an angle-dependent dispersion relation that produces orientation-varying Jeans instability.
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Exponential quintessence model is fitted to BAO, cosmic chronometers, and DES-SN5YR/Pantheon+ data, yielding parameter bounds and diagnostics statistically comparable to LCDM.