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Title
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Infra-red deformation of the non-relativistic matter as an alternative for dark energy
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Type
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JournalPaper
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Keywords
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quantum gravity phenomenology, extended uncertainty principle, late time accelerated expansion, thermodynamic properties
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Abstract
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Westudy some thermodynamic properties of the late time universe in the presence of a minimal measurable momentum/maximal length scale. With a minimal measurable momentum/maximal length scale as an infrared cutoff, it is possible to realize the late time cosmic speed up even with the standard non-relativistic matter as the Universe content. In this framework, we show that the cosmic effective entropy decreases with time and the specific heat capacity is negative in a constant volume. Both these interesting features are due to the presence of a minimal measurable momentum/maximal length scale that causes the positively accelerated expansion even with ordinary, non-relativistic matter.
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Researchers
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Narges Rashidi Talouki (Third Researcher), Kourosh Nozari (Second Researcher), Maryam Roushan (First Researcher)
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