Modeling the dark universes

Olav Drageset

Abstract


The search for dark matter has lately been extended to assume a dark segment of the universe that contains mutually interacting particles, supposed to interact with white matter only through the gravity force. This article presents a concept analysis that shows how string theory can model different segments of the cosmos in order to match measurements of dark matter and dark energy.


Keywords


dark matter, dark energy, string theory, brane world, scale of observation, quantum waves.

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References


D. Lincoln and B. A. Dobrescu, “The Hidden Cosmos”, Scientific American, June 2015, 34-40 (2015)

B. Greene, The Fabric of the Cosmos, (Penguin Books Ltd., 2004) p386

B. Greene, The Hidden Reality, (Allen Lane, London, 2011)

O. Drageset, “Roadmap to a Cosmic Model that Supports Nonphysical and Nonlocal Phenomena”, Journal for Foundations and Applications of Physics, 2 (1), 17-24 (2015)

O. Drageset, “Negative Energy Explained by an Imaginary Speed of Light”, Physics Essays, 28 (1), 92-94 (2015)

A. Moreira-Almeide and S. de Freitas Araujo, “Does the brain produce the mind? A survey of psychiatrists’ opinions”, Archives of Clinical Psychiatry. 42, 74-75 (2015)

Peter Woit, Not Even Wrong, (Basic Books, Perseus Books Group, New York, 2006) p166

The Official String theory Web Site, How are string theories related? Aug 2015, http://www.superstringtheory.com/basics/basic6.html

B. Greene, The Elegant Universe, (Vintage Books, London UK, 1999)


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