A GPU-oriented numerical framework computes 8B solar neutrino day/night fluxes at multiple underground sites with claimed O(10^-4) probability-level accuracy and up to ~8% 3D Earth-model corrections to the day-night asymmetry.
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A High-Precision Numerical Framework for Time-Varying Solar Neutrino Flux with Full Earth Matter Oscillation Corrections for Global Underground Laboratories
A GPU-oriented numerical framework computes 8B solar neutrino day/night fluxes at multiple underground sites with claimed O(10^-4) probability-level accuracy and up to ~8% 3D Earth-model corrections to the day-night asymmetry.