Jump to content

Mikhail Shubin (mathematician)

From Wikipedia, the free encyclopedia

This is an old revision of this page, as edited by KasparBot (talk | contribs) at 02:29, 23 April 2016 (migrating Persondata to Wikidata, please help, see challenges for this article). The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

Mikhail A. Shubin
Born1944
Russia
Alma materMoscow State University
Known forNovikov–Shubin invariant
member of American_Mathematical_Society
AwardsMatthews Distinguished University Professor, Northeastern University (from 2001)
Scientific career
FieldsDifferential equations
InstitutionsMIT

Moscow State University

Northeastern University
Doctoral advisorMark Vishik
Doctoral studentsVladimir Bezyaev
Tatiana Bogorodskaya
Irina Bondareva
Stanislav Dubrovskiy
Magomed Efendiev
Alexander Efremov
Dmitry Efremov
Anatoly Gusev
Vladimir Kiselyov
Yurii Kordyukov
Leonid Malozemov
Goderdzi Meladze
Ognjen Milatovic
Igor Oleinik
Joe Perez
Sergey Smagin
Andrei Volovoi

Mikhail A. Shubin is a distinguished professor at Northeastern University, a member of the American_Mathematical_Society and an accomplished mathematician.

Work

Professor Shubin has written over 140 papers and books, supervised almost twenty doctoral theses and served on multiple committees.

He has published results in convolution equations, factorization of matrix functions and Wiener–Hopf equations, holomorphic families of subspaces of Banach spaces, pseudo-differential operators, quantization and symbols, method of approximate spectral projection, essential self-adjointness and coincidence of minimal and maximal extensions, operators with almost periodic coefficients, random elliptic operators, transversally elliptic operators, pseudo-differential operators on Lie groups, pseudo-difference operators and their Green function, complete asymptotic expansion of spectral invariants, non-standard analysis and singular perturbations of ordinary differential equations, elliptic operators on manifolds of bounded geometry, non-linear equations, Lefschetz-type formulas, von Neumann algebras and topology of non-simply connected manifolds, idempotent analysis, The Riemann–Roch theorem for general elliptic operators, spectra of magnetic Schrödinger operators and geometric theory of lattice vibrations and specific heat.

In 2012 he became a fellow of the American Mathematical Society.[1]

See also

References

External links