Theodore Motzkin | Academic Influence

Theodore Motzkin's AcademicInfluence.com Rankings

Theodore Motzkin

Mathematics

#1911

Historical Rank

Combinatorics

#43

Historical Rank

Algebra

#129

Historical Rank

Measure Theory

#1929

Historical Rank

mathematics Degrees

Download Badge

Mathematics

Theodore Motzkin's Degrees

PhD Mathematics University of California, Berkeley
Bachelors Mathematics University of California, Berkeley

Similar Degrees You Can Earn

Best Online Bachelor's in Math 2025

Why Is Theodore Motzkin Influential?

(Suggest an Edit or Addition)

According to Wikipedia, Theodore Samuel Motzkin was an Israeli-American mathematician. Biography Motzkin's father Leo Motzkin, a Ukrainian Jew, went to Berlin at the age of thirteen to study mathematics. He pursued university studies in the topic and was accepted as a graduate student by Leopold Kronecker, but left the field to work for the Zionist movement before finishing a dissertation.

(See a Problem?)

Theodore Motzkin'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

Maxima for Graphs and a New Proof of a Theorem of Turán (1965) (784)
The Relaxation Method for Linear Inequalities (1954) (526)
3. The Double Description Method (1953) (366)
PAIRS OF MATRICES WITH PROPERTY L. II( (1952) (187)
The Number of Hexagons and the Simplicity of Geodesics on Certain Polyhedra (1963) (149)
Relations between hypersurface cross ratios, and a combinatorial formula for partitions of a polygon, for permanent preponderance, and for non-associative products (1948) (144)
On the Approximation of Linear Elliptic Differential Equations by Difference Equations with Positive Coefficients (1952) (133)
The lines and planes connecting the points of a finite set (1951) (129)
Pairs of Matrices with Property L. (1953) (108)
Correction to the paper “On the zeros of polynomials over division rings” (1965) (104)
A problem of arrangements (1947) (97)
The Euclidean algorithm (1949) (92)
Two Consequences of the Transposition Theorem on Linear Inequalities (1951) (47)
Approximation by curves of a unisolvent family (1949) (39)
SORTING NUMBERS FOR CYLINDERS AND OTHER CLASSICATION NUMBER (1971) (32)
On components in some families of sets (1961) (31)
Equilibrium of inverse-distance forces in three-dimensions (1973) (27)
Longest Simple Paths in Polyhedral Graphs (1962) (27)
Review: H. W. Kuhn and A. W. Tucker, Linear inequalities and related systems (1957) (25)
Some combinatorial extremum problems (1956) (24)
Polynomials of best approximation on a real finite point set. I (1959) (24)
Least pth Power Polynomials on a Real Finite Point Set (1955) (21)
The theory of linear inequalities (1952) (20)
Complements and transitive closures (1972) (19)
The number of farthest points. (1953) (18)
Cooperative classes of finite sets in one and more dimensions (1967) (17)
Least th power polynomials on a finite point set (1956) (15)
POLYNOMIALS OF BEST APPROXIMATION ON AN INTERVAL, II. (1959) (15)
Divisors of polynomials and power series with positive coefficients (1969) (15)
LEAST P-TH POWER POLYNOMIALS ON A REAL FINITE POINT SET (1955) (14)
On the derivative of a polynomial and Chebyshev approximation (1953) (13)
A composite Newton-Raphson gradient method for the solution of systems of equations (1956) (13)
POLYNOMIALS OF BEST APPROXIMATION ON AN INTERVAL. (1959) (12)
A proof of Hilbert's Nullstellensatz (1955) (12)
Underpolynomials and infrapolynomials (1957) (11)
THE EVENNESS OF THE NUMBER OF EDGES OF A CONVEX POLYHEDRON. (1964) (11)
The pentagon in the projective plane, with a comment on Napier’s rule (1945) (10)
BEST APPROXIMATORS WITHIN A LINEAR FAMILY ON AN INTERVAL. (1960) (10)
From among $n$ conjugate algebraic integers, $n - 1$ can be approximately given (1947) (10)
Next-To-Interpolatory Approximation on Sets with Multiplicities (1966) (10)
An extension of Gauss’ transformation for improving the condition of systems of linear equations (1952) (8)
Permanents of 0, 1-Matrices (1974) (7)
On representations of finite groups (1952) (7)
ZEROS OF THE ERROR FUNCTION FOR TCHEBYCHEFF APPROXIMATION IN A SMALL REGION (1963) (7)
CONVEX TYPE VARIETIES. (1960) (6)
Bounds assuring subsets in convex position (1967) (6)
On lineal entire functions of $n$ complex variables (1952) (5)
On L(S)-tuples and l-pairs of matrices (1972) (4)
Representation of a point of a set as sum of transforms of boundary points. (1963) (4)
Sets for Which No Point Lies on Many Connecting Lines (1975) (4)
The asymptotic density of certain sets of real numbers (1947) (4)
A criterion for divisibility ofn-gons intok-gons (1949) (3)
A sequence of linear polynomial operators and their approximation-theoretic properties (1972) (3)
The characterization of algebraic plane curves (1947) (3)
Mean approximation on an interval for an exponent less than one (1966) (2)
POWER SERIES WITH GAPS (1960) (2)
MATHEMATICS: POLYNOMIALS OF BEST APPROXIMATION ON A REAL FINITE POINT SET. (1957) (2)
PROOF OF THE FUNDAMENTAL THEOREM ON IMPLICIT FUNCTIONS BY USE OF COMPOSITE GRADIENT CORRECTIONS (1958) (2)
Location of zeros of infrapolynomials (1960) (2)
For a nonclosing field, every algebraic variety is a hypersurface, or all of space (1970) (1)
The hypersurface cross ratio (1945) (1)
SOME ASPECTS OF THE FERMAT PROBLEM ( THIRD PAPER ) (1)
Rational Points on Linear Subspaces. Representation of an Integer as a Sum of Squares with Accessory Conditions (1963) (1)
Advanced Problems: 5734-5739 (1970) (1)
Independence of resultants (1948) (1)
Approximation in the Sense of a Deviator Integral (1966) (1)
A theorem on cross-classification (1968) (1)
Subsets and subgraphs with maximal properties (1959) (1)
Shadows of finite sets (1968) (1)
On Fejer sets in linear and spherical spaces (1952) (0)
A 5 curve theorem generalizing the theorem of Carnot (1945) (0)
OF BEST APPROXIMATION ON AN INTERVAL, IH (0)
LINEAR DIOPHANTINE INEQUALITIES APPLIED TO GENERALIZED FABER POLYNOMIALS. (1960) (0)
Determinants whose elements have equal norm (1960) (0)
A PERSISTENT LOCAL MAXIMUM OF THE pth POWER DEVIATION ON AN INTERVAL, p < 1 (1968) (0)
For a nonclosing field, every algebraic variety is a hypersurface, or all of space (1970) (0)
BEST APPROXIMATORS WITHIN A LINEAR ON AN INTERVAL* (0)
CONFORMAL MAPS OF SMALL DISKS. (1961) (0)
On Vanishing Coaxial Minors (1936) (0)
A NEWTON-RAPHSON COMPOSITE GRADIENT METHOD FOR THE SOLUTION OF SYSTEMS OF EQUATIONS (1955) (0)

This paper list is powered by the following services:

Other Resources About Theodore Motzkin

en.wikipedia.org

What Schools Are Affiliated With Theodore Motzkin?

Theodore Motzkin is affiliated with the following schools: