ScienceGravity theory reportedly predicts galaxies’ inferred central dark-matter surface density without assuming dark matter
Phys.org reports a prediction of 170 solar masses per square parsec, within the observed range of 90–220, for galaxies’ inferred central dark-matter surface density.
TLDR
Phys.org reports that a Sejong University researcher used a gravity theory proposed by Erik Verlinde to predict galaxies’ inferred central dark-matter surface density without assuming dark matter. The predicted value was 170 solar masses per square parsec, within the reported observed range of 90–220 in the same units.
Gravity theory reportedly predicts galaxies’ inferred central dark-matter surface density without assuming dark matter
Phys.org reports a prediction of 170 solar masses per square parsec, within the observed range of 90–220, for galaxies’ inferred central dark-matter surface density.
TLDR
Phys.org reports that a Sejong University researcher used a gravity theory proposed by Erik Verlinde to predict galaxies’ inferred central dark-matter surface density without assuming dark matter. The predicted value was 170 solar masses per square parsec, within the reported observed range of 90–220 in the same units.