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Date: 2010-01-08 22:49:44 Applied mathematics Low High Computational complexity theory Turing reduction Mathematical logic Turing degree Alan Turing Complexity Computability theory Theoretical computer science Mathematics		Add to Reading List Source URL: nzmathsoc.org.nz Download Document from Source Website File Size: 100,46 KB Share Document on Facebook

	DEGREES BOUNDING PRINCIPLES AND UNIVERSAL INSTANCES IN REVERSE MATHEMATICS LUDOVIC PATEY ABSTRACT. A Turing degree d bounds a principle P of reverse mathematics if every computable instance of P has a d-computable soluti DocID: 1nMjn - View Document
	Separating the Degree Spectra of Structures Tyler John Markkanen, Ph.D. University of Connecticut, 2009 In computable model theory, mathematical structures are studied on the basis of DocID: 1nu2i - View Document
	Randomness and Universal Machines Santiago Figueira∗ Frank Stephan† Guohua Wu‡ DocID: 1fH94 - View Document
	The Turing Closure of an Archimedean Field Paolo Boldi∗ Sebastiano Vigna∗ Abstract DocID: 13AdY - View Document
	Solutions of the Goncharov-Millar and Degree Spectra Problems in The Theory of Computable Models Bakhadyr Khoussainov The University of Auckland New Zealand DocID: Q1qX - View Document