Tschinkel, Yuri.

Overview

Works:	3 works in 2 publications in 1 languages

Titles

Geometric Methods in Algebra and Number Theory by: Tschinkel, Yuri.; SpringerLink (Online service); Bogomolov, Fedor. (Language materials, printed)

Algebra, arithmetic, and geometry = in honor of Yu. I. Manin / by: Tschinkel, Yuri.; SpringerLink (Online service); Zarhin, Yuri. (Language materials, printed)

Arithmetic of higher-dimensional algebraic varieties / by: Poonen, Bjorn.; Tschinkel, Yuri. (Language materials, printed)

Martin Kneser collected works by: Rehmann, Ulf.; Tschinkel, Yuri.; Kneser, M.; SpringerLink (Online service) (Electronic resources)

Higher-dimensional geometry over finite fields by: Tschinkel, Yuri.; Kaledin, Dmitri.; NATO Advanced Study Institute on Higher-Dimensional Geometry over Finite Fields ((2007 :) (Language materials, printed)

Algebra, arithmetic, and geometry.. Volume I by: Tschinkel, Yuri.; SpringerLink (Online service); Zarhin, Yuri. (Language materials, printed)

Cohomological and geometric approaches to rationality problems = new perspectives / by: Tschinkel, Yuri.; SpringerLink (Online service); Bogomolov, Fedor. (Language materials, printed)

Eisenstein Series and Applications by: Tschinkel, Yuri.; SpringerLink (Online service); Gan, Wee Teck.; Kudla, Stephen S. (Language materials, printed)

Rational points on algebraic varieties / by: Peyre, Emmanuel.; Tschinkel, Yuri. (Language materials, printed)

Geometric methods in algebra and number theory / by: Bogomolov, Fedor, (1946-.); Tschinkel, Yuri. (Language materials, printed)

Subjects

Number theory. Algebraic varieties. Group Theory and Generalizations. Algebra. Applications of Mathematics. Algebraic Geometry. Arithmetic. Geometry, Algebraic. Mathematics. Number Theory. Topological Groups, Lie Groups. Mathematical Methods in Physics. Algebraic fields. History of Mathematical Sciences. Rational points (Geometry) Eisenstein series. Finite fields (Algebra) Group schemes (Mathematics) Geometry, Algebraic- Congresses. Homology theory. Combinatorial analysis. Geometry. Kneser, M.