Joel Lee Brenner

Q: What Schools Are Affiliated With Joel Lee Brenner

Joel Lee Brenner is affiliated with the following schools: University of California, Berkeley, University of British Columbia, University of Arizona, University of Victoria, University of Chicago, Harvard University

Joel Lee Brenner's AcademicInfluence.com Rankings

Joel Lee Brenner

Mathematics

#1872

World Rank

#2978

Historical Rank

#758

USA Rank

Measure Theory

#2266

World Rank

#2718

Historical Rank

#641

USA Rank

mathematics Degrees

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Mathematics

Joel Lee Brenner's Degrees

PhD Mathematics University of Chicago

Why Is Joel Lee Brenner Influential?

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According to Wikipedia, Joel Lee Brenner was an American mathematician who specialized in matrix theory, linear algebra, and group theory. He is known as the translator of several popular Russian texts. He was a teaching professor at some dozen colleges and universities and was a Senior Mathematician at Stanford Research Institute from 1956 to 1968. He published over one hundred scholarly papers, 35 with coauthors, and wrote book reviews.

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Joel Lee Brenner's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Applications of the theory of matrices (1960) (841)
Stability of Motion. (1964) (628)
Matrices of quaternions. (1951) (166)
ROOTS AND CANONICAL FORMS FOR CIRCULANT MATRICES (1963) (53)
Two-generator groups. I. (1975) (50)
Problems in Higher Algebra (1966) (46)
THE LINEAR HOMOGENEOUS GROUP, 111* (1938) (44)
An Inequality (1971) (36)
Homogeneous mean values: Weights and asymptotics☆ (1987) (35)
Integral inequalities for concave functions with applications to special functions (1991) (33)
Covering Theorems for FINASIGS VIII—almost all conjugacy classes in An have exponent ≤4 (1978) (24)
Labeling of Graphs (1983) (23)
Exponential Diophantine equations (1982) (21)
On Mathieu's Inequality (1998) (20)
Difference Equations in Forecasting Formulas (1968) (19)
Permutations and cubic graphs. (1983) (18)
BOUNDS FOR DETERMINANTS. (1954) (17)
Relations among the minors of a matrix with dominant principal diagonal (1959) (15)
Covering theorems for finite nonabelian simple groups. V. (1975) (15)
The problem of unitary equivalence (1951) (14)
A bound for a determinant with dominant main diagonal (1954) (14)
Applications of the Dieudonné determinant (1968) (13)
Nonparabolic Subgroups of the Modular Group (1982) (12)
Covering theorems for finite non-abelian simple groups, I (1974) (12)
Covering Theorems for Nonabelian Simple Groups II (1973) (12)
Free semigroups of $2\times 2$ matrices. (1978) (10)
Maximal nonparabolic subgroups of the modular group (1983) (10)
Elementary Problems: E3039-E3040 (1984) (10)
Two-generator groups II (1980) (10)
Advanced Problems: 6403-6408 (1982) (9)
Noncanonical Factorization of a Permutation (1977) (8)
Analytic inequalities with applications to special functions (1985) (8)
Applications of partition theory to groups: Covering the alternating group by products of conjugacy classes (1989) (8)
Permanental pairs of doubly stochastic matrices. II (1979) (7)
The asymptotic behavior of inhomogeneous means (1987) (7)
Bounds for Jacobi and related polynomials derivable by matrix methods (1974) (6)
Inequalities for the Tails of Some Elementary Series (1993) (6)
Generalized elementary symmetric functions and quaternion matrices (1971) (6)
A new property of the Jacobi symbol (1962) (6)
The Orbits of the Product of Two Permutations (1983) (6)
Expanded Matrices from Matrices with Complex Elements (1961) (6)
Linear Recurrence Relations (1954) (6)
Non-Free Groups Generated by Two 2 X 2 Matrices (1975) (6)
Problems in differential equations (1964) (6)
An Elementary Approach to y″ = - y (1988) (5)
THE UNIVERSALITY OF WORDS x'ys IN ALTERNATING GROUPS (1986) (5)
A set of matrices for testing computer programs (1962) (5)
Bounds for determinants. II (1957) (5)
Geršgorin theorems, regularity theorems, and bounds for determinants of partitioned matrices. II. Some determinantal identities (1970) (5)
The theory of satellite orbits, based on a new co-ordinate system (1960) (5)
The Matrix Equations A = XYZ And B = ZYX and Related Ones (1974) (4)
Fermat's Equation A p +B p =C p for Matrices of Integers (1972) (4)
Bounds for classical polynomials derivable by matrix methods (1971) (4)
Bounds for permanents, determinants, and schur functions (1968) (4)
The decomposition theorem for abelian groups (1941) (4)
Stock control in a many depot system (1969) (4)
Maximal ideals in the near ring of polynomials ${\rm modulo}\ 2$. (1974) (4)
New Root-Location Theorems for Partitioned Matrices (1968) (4)
A New Proof that no Permutation is both Even and Odd (1957) (4)
Some inequalities from switching theory (1969) (3)
Proof of the Fundamental Theorem of Algebra (1981) (3)
Some simultaneous equations in matrices (1972) (3)
Composition algebras of polynomials. (1985) (3)
Even permutations as a product of two elements of order five (1987) (3)
Infinite Eulerian tessellations (1983) (3)
On a double-inequality of Schlömilch-Lemonnier (1992) (3)
Some reproducing identities for families of mean values (1987) (3)
Fermat's Equation Ap+Bp=Cp for Matrices of Integers (1972) (3)
Problems for Solution: E1641-E1650 (1963) (2)
The Equatorial Orbit of a Near-Earth Satellite (1962) (2)
Geršgorin theorems by Householder's proof (1968) (2)
Corrections to “applications of the Dieudonné determinant” (1976) (2)
Zolotarev's theorem on the Legendre symbol. (1973) (2)
Doubly eulerian trails on rectangular grids (1984) (2)
The Matrix Equation AA ∗ = sA (1961) (1)
THE MOTION OF AN EQUATORIAL SATELLITE OF AN OBLATE PLANET (1960) (1)
APPLICATION OF CHEBYSHEV POLYNOMIALS TO ANTENNA DESIGN (1993) (1)
g-circulant matrices over a field of prime characteristic (1963) (1)
Generation of alternating groups by pairs of conjugates (1987) (1)
Problems for Solution: E701-E705 (1946) (1)
Covering theorems for finite nonabelian simple groups. III. - Solutions of the equation $\alpha x^2 + \beta t^2 + \gamma t^{-2} = a$ in a finite field (1976) (1)
Elementary Problems: E3048-E3053 (1984) (1)
Partitioned matrices and Seidel convergence (1972) (1)
CIRCULANT MATRICES AND SOME GENERALIZATIONS (1961) (1)
Mahler matrices and the equation $QA=AQ^m$ (1962) (1)
The Jordan normal form; decomposition theorem for modules (1964) (1)
Book Review: Exponential Diophantine equations@@@Book Review: Algorithms for Diophantine equations (1991) (0)
February Meeting of The Northern California Section (1965) (0)
AB and BA have the same Characteristic Roots (1953) (0)
Problems for Solution: E1345,1356-1360 (1959) (0)
A Pair of Combinatorial Identities (1964) (0)
Review: E. Bodewig, Matrix calculus (1959) (0)
Letter from Joel L. Brenner to Joshua Lederberg (1961) (0)
Problems for Solution: E457-E460 (1941) (0)
Linear Algebra and Group Theory (V. I. Smirnov; R. A. Silverman, ed.) (1962) (0)
On a Property of a Unitary Matrix (1962) (0)
Review: T. N. Shorey and R. Tijdeman, Exponential Diophantine equations, and B. M. M. de Weger, Algorithms for Diophantine equations (1991) (0)
INI~IN1TE EULERIAN 'rESSELLATIONS (1983) (0)
Corrections to “the Hadamard Maximum Determinant Problem” (1972) (0)
A note on Henrici’s inequalities (1992) (0)
Problems for Solution: E378-E382 (1939) (0)
Remark on determination of characteristic roots by iteration (1955) (0)
How Easy is it to Generate a Group (1976) (0)
The popularity of small integers as primitive roots (1962) (0)
Lectures on Linear Algebra (I. M. Gel’fand) (1962) (0)
Problems for Solution: 5157,5181-5190 (1964) (0)
Problems for Solution: 4763-4767 (1957) (0)
On a hierarchy of generalized diagonal dominance properties for complex matrices (1970) (0)
FOOTNOTE TO A PAPER OF ROY, GREENBERG AND SARHAN (1961) (0)
Characteristic ploynomials of special matrices (1961) (0)
Problems for Solution: E1453,E1471-E1475 (1961) (0)
Comments on a Trajectory-Indicating Device (1971) (0)
Elementary Problems: E3001-E3006 (1983) (0)
Stability Theorems for Linear Motions. With an Introduction to Liapunov’s Direct Method (Siegfried H. Lehnigk) (1968) (0)
Introduction to Linear Algebra (Frank M. Stewart. D. Van Nostrand) (1964) (0)
Discussions and Notes (1944) (0)
Convergence of an Iteration (1967) (0)
Book Review: Linear operators. Spectral theory and some other applications (1955) (0)
Elementary Problems: E2000, E2025-E2034 (1967) (0)
Determination of Latitude in an Emergency (1944) (0)
Problems for Solution: E1176-E1180 (1955) (0)
Student Days–1930 (1979) (0)
On Commutative Rotations (1963) (0)
Foundations of Linear Algebra, by A.I. Mal' cev; 2nd edition (of 1956) translated by Thomas Craig Brown, edited by J. B. Roberts. San Francisco. W.H. Freeman, 1963. xi + 304 pages. $7.50. (1965) (0)
Advanced Problems: 6423-6426 (1983) (0)
Re: Mortality of widowed vs. married. (1985) (0)
A New Set of Polynomial Means Related to the Means of Maclaurin (1985) (0)
Problems for Solution: E1116-E1120 (1954) (0)
Orthogonal matrices of modular polynomials (1954) (0)
Advanced Problems: 6296-6299 (1980) (0)
Errata: Bounds for Determinants. II (1957) (0)
Advanced Problems: 6436-6438 (1983) (0)
Regularity theorems and Geršgorin theorems for matrices over rings with valuation (1971) (0)

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What Schools Are Affiliated With Joel Lee Brenner?

Joel Lee Brenner is affiliated with the following schools:

Joel Lee Brenner's Academic­Influence.com Rankings