A DNN predicts nuclear charge density distributions for Z ≥ 8 nuclei, achieving charge-radius RMSDs of 0.0123 fm (training) and 0.0198 fm (validation) while claiming to surpass the precision of the underlying RCHB theory.
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Predictions of charge density distributions for nuclei with $Z \geq 8$
A DNN predicts nuclear charge density distributions for Z ≥ 8 nuclei, achieving charge-radius RMSDs of 0.0123 fm (training) and 0.0198 fm (validation) while claiming to surpass the precision of the underlying RCHB theory.