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A Theory of the Universe from Contemporary Physics: Evaluating Smolin's Argument for the Elimination of 'Ideal Elements'

Cooperman, Joshua Harris (2007) A Theory of the Universe from Contemporary Physics: Evaluating Smolin's Argument for the Elimination of 'Ideal Elements'. UNSPECIFIED.

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Abstract

I explore Leibnizian themes in the theoretical physicist's pursuit of a quantum cosmology by examining Smolin's program based on the elimination of ideal elements. These constructs are formal mathematical structures of a physical theory that require for their interpretation the existence of objects external to the system treated by the theory. After introducing some necessary background information, I discuss the particulars of Smolin's definition of ideal elements and analyze his motivations and arguments for the elimination of ideal elements. I then survey and assess his two specific proposals for the construction of a quantum cosmology. The former stems from the canonical approach to the development of a quantum theory of gravity; the latter consists of a series of hypotheses framing a speculative fundamental theory of the universe. Finally, I consider the explicit links and debts of Smolin's program to Leibniz's philosophy.


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Item Type: Other
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Cooperman, Joshua Harris
Additional Information: This entry is my dissertation for the Masters of Philosophy program of the department of history and philosophy of science at Cambridge University.
Keywords: quantum cosmology, Barbour-Bertotti theory
Subjects: Specific Sciences > Physics
Depositing User: Joshua Harris Cooperman
Date Deposited: 16 Feb 2008
Last Modified: 07 Oct 2010 15:16
Item ID: 3894
URI: http://philsci-archive.pitt.edu/id/eprint/3894

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