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Published in:
2017 | OriginalPaper | Chapter
Graphical and Theoretical Approach of Thermodynamics in Cyclic Theory of Universe
Authors : Nitin Chandola, Mayank Chaturvedi, Rohit Singh Rawat, Yogesh Dhami
Published in: Advances in Computing and Data Sciences
Publisher: Springer Singapore
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Abstract
In cyclic theory of universe the scenario is just inverse of the theory of inflation. The cyclic theory model almost solves the problem of homogeneity, isotropy and flatness. It also has relevant cause and effect scenarios of different phenomenon like reheating, contraction of branes and it also shows the thermodynamic relevance. The basic approach of the paper is to satisfy the thermodynamics laws and to formulate the situation of ultimate fate of universe. Each and every phenomena that has been described in cyclic theory of universe has been taken into account while drawing the hypothetical graphs of thermodynamics. While treating thermodynamics with cosmology and astrophysics, many factors have been neglected like shape of universe, the cosmological constant, invariant scalar factor and factors related to the depth of cosmology. The paper also shows the behaviour of pressure, volume and temperature by using arbitrary values. The time and space has been neglected in graphical representation.