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Mass formula
About: Mass formula is a research topic. Over the lifetime, 1248 publications have been published within this topic receiving 22043 citations.
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TL;DR: In this article, a new formula for the mass of spherically symmetric stellar configurations is derived where the mass square is connected to an integral over the pressure of gravitating matter, which turns out to hold for Newtonian gravity, for Einstein's GRT, for projective and bimetric scalar-tensor and further theories of gravitation.
Abstract: A new formula is derived for the mass of spherically symmetric stellar configurations. An expression will be given where the mass square is connected to an integral over the pressure of gravitating matter. This formula turns out to hold for Newtonian gravity, for Einstein's GRT, for projective and bimetric scalar-tensor and further theories of gravitation.
1 citations
1 citations
CERN1
TL;DR: In this article, the masses of muon, kaon, eta, and neutron were observed to fit a linear mass formula within an accuracy of 0.25 MeV.
Abstract: Important relations among some particle masses are investigated. The eta-prime / eta masses’ ratio is noted to be a fraction of integers with high precision. The masses of muon, kaon, eta, and neutron are observed to fit a linear mass formula within an accuracy of 0.25 MeV.
1 citations
TL;DR: In this article, a systematic study of the problem of further classification of higher boson resonances is conducted by deriving an approximated mass formula for the groupU6⊗U6-O3l for any given l.
Abstract: A systematic study of the problem of further classification of higher boson resonances is conducted by deriving an approximated mass formula for the groupU6⊗U6⊗O3l for any givenl.
1 citations