Abstract
Discussion on Fundamental Problems of Physics Hidden in Cosmology
Highlights
After the advent of General Relativity, the first models of Universe represented a static universe
Einstein itself elaborated in 1917 a relativistic static model, but he recognised that such universe would have collapsed under the gravitational force
It is expected that the energy accumulated on the electrons generates photons through the Hydrogen IR emission lines, the series of Balmer, Paschen, Brakett, Pfund. This result gives a scientific relevance to the observations of Luminous Infrared Galaxies (LIRG, emitting more than 50% on IR frequencies) since they are more numerous than Starburst galaxies
Summary
After the advent of General Relativity, the first models of Universe represented a static universe. In Part 4 the research of a correct model of gravitational accretion is carried out (par.9) through a calculation based on Boltzmann’s Transport theory in gases, showing star incubation times going from some Giga-years up to hundreds of Giga-years when the initial inert mass is too small. An application of these result to the Milky way, which shows in last decade an average rate of 10-11 Novae per year registered by the Intern. This result gives a scientific relevance to the observations of Luminous Infrared Galaxies (LIRG, emitting more than 50% on IR frequencies) since they are more numerous than Starburst galaxies
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