Calculating the Expansion of the Universe After the Dark Ages to the Present

Taking Into Account Constant Mass of Matter and Constant Density of Dark Energy Since the Existence of Luminous Matter

Travail de Recherche , 2020 , 10 Pages , Note: 1.5

Physique - Physique Théoretique

The course of the Hubble parameter between the present and half the world age is well known from astronomy.
Here we try to reproduce this course on the basis of a theoretical assumption, namely the constancy of the density of the dark energy. Since this succeeds, the future course of the expansion of the universe can be represented by means of the size, the expansion speed and its acceleration. Scientific calculations allow further views of cosmology, which all confirm the constancy of the density of the dark energy.

• Université: University of Heidelberg
• Note: 1.5
• Auteur: Dipl.-Ing. Daniel Adamczyk (Auteur)
• Année de publication: 2020
• Pages: 10
• N° de catalogue: V1131016
• ISBN (ebook): 9783346501189
• Langue: anglais
• mots-clé: calculating, expansion, universe, dark, ages, present, constant, mass, matter, density, energy, existence, luminous, Hubble parameter, accelerated expansion, dark matter, dark energy, calculation