Vladimir A. Zorich

Vladimir Antonovich Zorich (Владимир Антонович Зорич; born December 16, 1937, Moscow) is a Soviet and Russian mathematician, Doctor of Physical and Mathematical Sciences (1969), Professor (1971). Honorary Professor of Moscow State University (2007). He is the author of the well-known textbook "Mathematical Analysis"[1] for students of mathematical, physical and mathematical specialties of higher education, which was reprinted several times and translated into many languages.

Vladimir Antonovich Zorich
Born (1937-12-16) December 16, 1937
Moscow, USSR
NationalityRussia
Alma materMoscow State University
OccupationProfessor at Moscow State University
Notable work
Mathematical analysis(1980)
ChildrenAnton Zorich, Maria Zorich Khesin
AwardsLenin Komsomol Prize

Scientific career

VA Zorich is expert in various fields of mathematical analysis, conformal geometry, and the theory of quasi-conformal mappings. He graduated from the Mechanics and Matheers Faculty of MV Lomonosov Moscow State University in 1960. In 1963 he graduated from the graduate school of the faculty (department of theory of functions and functional analysis) and defended his thesis "Compliance boundaries for some classes of mappings in space", which was noted as outstanding. In 1969 he defended his doctoral thesis "Global reversibility of quasi-conformal mappings of space". Zorich had been teaching in the department of mathematical analysis of Mechanics and Mathematics Faculty: since 1963 - as an assistant, since 1969 - an assistant professor, since 1971 - a professor.

Notes
  1. Mathematical Analysis, Springer, 2004, ISBN 3540403868
gollark: See? BEE LIFESPANS.
gollark: ++remind 2y-2🐝
gollark: The negative timedeltas thing was a great idea without flaw utterly.
gollark: ++remind 3d-2h <@319753218592866315> make macron <@!330678593904443393>
gollark: As a new mRNA strand is generated by the action of the RNA polymerase II machinery on a stretch of DNA, it gets a “cap” attached to the end that’s coming out from the DNA (the “5-prime” end), a special nucleotide (7-methylguanosine) that’s used just for that purpose. But don’t get the idea that the new mRNA strand is just waving in the nucleoplasmic breeze – at all points, the developing mRNA is associated with a whole mound of specialized RNA-binding proteins that keep it from balling up on itself like a long strand of packing tape, which is what it would certainly end up doing otherwise.

References


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