<--- Back to Details
First PageDocument Content
Proof theory / Mathematical logic / Diophantine set / Computability theory / Theory of computation / Polynomial / Recursively enumerable set / Number theory / Decidability / Mathematics / Logic / Diophantine equations
Date: 2007-02-14 02:18:04
Proof theory
Mathematical logic
Diophantine set
Computability theory
Theory of computation
Polynomial
Recursively enumerable set
Number theory
Decidability
Mathematics
Logic
Diophantine equations

Add to Reading List

Source URL: math.nju.edu.cn

Download Document from Source Website

File Size: 104,84 KB

Share Document on Facebook

Similar Documents

The set of non-n-th powers in a number field is diophantine Joint work with Jan Van Geel (Gent) Jean-Louis Colliot-Th´el`ene (CNRS et Universit´e Paris-Sud, Orsay) Second ERC Research period on Diophantine Geometry Cet

DocID: 1sLMo - View Document

Mathematics / Mathematical analysis / Diophantine approximation / Low-discrepancy sequence / Numerical analysis / Quasirandomness / Random number generation / Ring / Permutation / Maximum disjoint set / Permutation polynomial

From Discrepancy to Declustering: Near-optimal multidimensional declustering strategies for range queries [Extended Abstract] Chung-Min Chen

DocID: 1renq - View Document

Abstract algebra / Algebra / Geometry / Algebraic geometry / Algebraic varieties / Projective geometry / Smooth scheme / Projective variety / Field extension / Elliptic curve / Affine variety / Morphism of algebraic varieties

The set of non-n-th powers in a number field is diophantine Joint work with Jan Van Geel (Gent) Jean-Louis Colliot-Th´el`ene (CNRS et Universit´e Paris-Sud, Orsay, visiting BICMR) Capital Normal University

DocID: 1qSlQ - View Document

Mathematics / Mathematical analysis / Algebra / Polynomials / Transcendental numbers / Diophantine approximation / Coding theory / Algebraic function / Elliptic curve

ALGEBRAIC STRUCTURE AND DEGREE REDUCTION Let S ⊂ Fn . We define deg(S) to be the minimal degree of a non-zero polynomial that vanishes on S. We have seen that for a finite set S, deg(S) ≤ n|S|1/n . In fact, we can sa

DocID: 1nUp8 - View Document

Recent results on Diophantine quintuples Alan Filipin Građevinski fakultet, Sveučilište u Zagrebu A set of m positive integers with the property that the product of any two of them increased by 1 is a perfect square i

DocID: 1nP2q - View Document