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Peter Abramenko

职称:Professor

所属学校:University of Virginia-Main Campus

所属院系:Dept. of Mathematics

所属专业:Mathematics, General

联系方式:434-924-4162

简介

Publications/Research Twin Buildings and Applications to S-Arithmetic Groups, Lecture Notes in Mathematics 1641, Springer (1996). Buildings: Theory and Applications, Graduate Texts in Mathematics 248, Springer (2008) (with Ken Brown). Research Interests I am mainly interested in group theory, (combinatorial) geometry and in the interplay between these two fields. The groups I am investigating are often linear, which means that they are groups of matrices, for instance the special or general linear groups over fields (which are examples of algebraic groups) or over some Dedekind domains known from number theory (which are examples of S-arithmetic groups). I am also interested in (infinite-dimensional) Kac-Moody groups over fields. All these groups come along with BN-pairs, and especially nice geometries associated to BN-pairs are (Tits) buildings. I have been fascinated with buildings, their intrinsic symmetries, and their interplay with groups for several years. Studying the intrinsic geometry of buildings as well as their group-theoretic applications (e.g., certain presentations and homological finiteness properties of groups) forms the major part of my current research work. Education Master of Science (MS), Johann Wolfgang Goethe-Universitat Doctor of Philosophy (PhD), Johann Wolfgang Goethe-Universitat

职业经历

Publications/Research Twin Buildings and Applications to S-Arithmetic Groups, Lecture Notes in Mathematics 1641, Springer (1996). Buildings: Theory and Applications, Graduate Texts in Mathematics 248, Springer (2008) (with Ken Brown). Research Interests I am mainly interested in group theory, (combinatorial) geometry and in the interplay between these two fields. The groups I am investigating are often linear, which means that they are groups of matrices, for instance the special or general linear groups over fields (which are examples of algebraic groups) or over some Dedekind domains known from number theory (which are examples of S-arithmetic groups). I am also interested in (infinite-dimensional) Kac-Moody groups over fields. All these groups come along with BN-pairs, and especially nice geometries associated to BN-pairs are (Tits) buildings. I have been fascinated with buildings, their intrinsic symmetries, and their interplay with groups for several years. Studying the intrinsic geometry of buildings as well as their group-theoretic applications (e.g., certain presentations and homological finiteness properties of groups) forms the major part of my current research work. Education Master of Science (MS), Johann Wolfgang Goethe-Universitat Doctor of Philosophy (PhD), Johann Wolfgang Goethe-Universitat

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