Andy Magid received the Bachelor of Arts degree in
Mathematics, with Distinction in General Scholarship and the Honors Program
Completed in the Major with Distinction, from the
Andy Magid has been in the Mathematics Department of the
Andy Magid was an employee of the Communications Research
Division of the Institute for Defense Analyses in Princeton New
Andy Magid is the author of four books, about 80 research papers, (co) author of a book on Mathematics education, (co)editor of four volumes of conference proceedings and has supervised 9 doctoral dissertations in Mathematics. His primary research interests are in abstract algebra, especially in the theory of algebraic groups, discrete groups, and the applications of the former in the study of the representation theory of the latter, and in Galois theory of rings and differential Galois theory of fields.
Andy Magid received funding support for his research from the National Science Foundation from 1970 to 1989 and 2000 to 2002. In addition, he has been supported by the National Security Agency Mathematics Research Program 1987-1989 (R. Resco, co-principal investigator) and 1990-1999, by National Science Foundation Scientific Computing Research Equipment Grants in 1987 (with B. Gordon, S. Gutman, K. Lee and W. Ray) and 1990 (with E. Cline, R. Dipper, and B. Gordon), by the United States-Israel Binational Science Foundation 1982-1984 and 1985-1988 (with A. Lubotzky), and 1990-1993 (with A. Mann) by a National Science Foundation Regional Conference Grant in 1989, and by an National Science Foundation US-Belarus Joint Workshop Grant in 1992.
He directed a project on 21st Century Mathematics Classrooms
funded by the Oklahoma State Regents for Higher Education in 1990-1992, and
directed the
1. THE SEPARABLE GALOIS THEORY OF COMMUTATIVE RINGS, Marcel
Dekker, Inc.,
2. MODULE CATEGORIES OF ANALYTIC GROUPS, Cambridge Tracts in Mathematics vol. 81, Cambridge University Press, Cambridge, 1982, x+134 pages
3. APPLIED MATRIX MODELS: A SECOND COURSE IN LINEAR ALGEBRA
WITH COMPUTER APPLICATIONS, Wiley,
4. ``Varieties of representations of finitely generated groups" (with A. Lubotzky), Mem. Amer. Math. Soc. 336(1985), xii+117 pages
5. LECTURES
ON DIFFERENTIAL GALOIS THEORY , University Lecture Series 7, American
Mathematical Society,
6. MATHEMATICS EDUCATION RESEARCH: A GUIDE FOR THE RESEARCH MATHEMATICIAN, American Mathematical Society, Providence 2000, xi+103 pages (with C. McKnight, T. Murphy, M. McKnight)
The Picard--Vessiot Anti--derivative Closure, Journal of Algebra 244(2001), 1-18
The Proalgebraic Completion of Rigid
Groups, Geometriae Dedicata 95(2002), 19-58 (with H. Bass, A. Lubotzky, and
Provarieties and Observable Subgroups
of Pro--affine Algebraic Groups, Journal of Group Theory 5(2002), 59-74
(with
Universal Covers and and Category Theory in Polynomial and Differential Galois Theory, Fields Institute Communications 43 (2004), 373-385
Generic rings for Picard--Vessiot
extensions and generic differential equations, J. Pure and Applied
Algebra 209(2007), 793-800 (with
On deformations of crossed
products, J. Pure and Applied
Algebra 210(2007), 81-91 (with
Lecture on Galois Theory in Real Audio (Fields Institute, September 2002)
Andy R. Magid is a member of Phi Beta Kappa, the
American Mathematical Society, the Mathematical Association of America and
the National and Oklahoma Council of Teachers of Mathematics. He was an
officer (Central Section Associate Secretary) of the American Mathematical
Society 1988--96 and a Trustee of the Society 1997-2002. He was Book
Review editor of the Society's Bulletin 2001-2003, and is Editor of the
Society's NOTICES 2004-2009. In 1989-90 he was Chairman of the
Andy R. Magid is the recipient of the