Roger Lyndon

Q: What Schools Are Affiliated With Roger Lyndon

Roger Lyndon is affiliated with the following schools: University of Michigan, Princeton University, Georgia Tech, Harvard University

Roger Lyndon's AcademicInfluence.com Rankings

Roger Lyndon

Mathematics

#896

Historical Rank

Measure Theory

#1310

Historical Rank

mathematics Degrees

Download Badge

Mathematics

Why Is Roger Lyndon Influential?

(Suggest an Edit or Addition)

According to Wikipedia, Roger Conant Lyndon was an American mathematician, for many years a professor at the University of Michigan. He is known for Lyndon words, the Curtis–Hedlund–Lyndon theorem, Craig–Lyndon interpolation and the Lyndon–Hochschild–Serre spectral sequence.

(See a Problem?)

Roger Lyndon'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

Combinatorial Group Theory (1977) (2102)
Free Differential Calculus, IV. The Quotient Groups of the Lower Central Series (1958) (378)
The equation $a^M=b^Nc^P$ in a free group. (1962) (364)
Cohomology Theory of Groups with a Single Defining Relation (1950) (232)
On Burnside’s problem (1954) (201)
An interpolation theorem in the predicate calculus. (1959) (144)
PROPERTIES PRESERVED UNDER HOMOMORPHISM (1959) (120)
On Dehn's algorithm (1966) (113)
Length Functions in Groups. (1963) (105)
THE REPRESENTATION OF RELATIONAL ALGEBRAS (1950) (100)
The Representation of Relational Algebras. (1951) (93)
Identities in two-valued calculi (1951) (92)
THE REPRESENTATION OF RELATION ALGEBRAS, II (1956) (83)
Relation algebras and projective geometries. (1961) (80)
Notes on Logic (1966) (77)
The cohomology theory of group extensions (1948) (74)
Groups Generated by two Parabolic Linear Fractional Transformations (1969) (71)
Equations in free groups (1960) (60)
Commutator Subgroups of Free Groups (1955) (54)
The equation $a^2b^2=c^2$ in free groups. (1959) (49)
GROUPS WITH PARAMETRIC EXPONENTS (1960) (48)
FREE BASES FOR NORMAL SUBGROUPS OF FREE GROUPS (1963) (47)
Identities in finite algebras (1954) (45)
Equivalence of Elements Under Automorphisms of a Free Group (1974) (43)
Equations in groups (1980) (43)
Word problems : decision problems and the Burnside problem in group theory (1974) (40)
PROBLEMS IN COMBINATORIAL GROUP THEORY (1987) (34)
Pairs of real $2$-by-$2$ matrices that generate free products. (1968) (33)
Two notes on nilpotent groups (1952) (33)
Properties preserved in subdirect products (1959) (30)
A Remark about Permutations (1975) (27)
A theorem of Friedrichs. (1955) (24)
Groups and geometry (1985) (22)
On Burnside’s problem. II (1955) (21)
Commutators as products of squares (1973) (18)
Permutations and cubic graphs. (1983) (18)
Properties preserved under algebraic constructions (1959) (16)
Grushko’s theorem (1965) (15)
Two notes on Rankin's book on the modular group (1973) (13)
The Zuse computer (1947) (12)
Nonparabolic Subgroups of the Modular Group (1982) (12)
Groups of elliptic linear fractional transformations (1967) (11)
Review: Alfred Horn, On Sentences Which are True of Direct Unions of Algebras (1951) (11)
Commutators in Free Groups (1981) (11)
Dependence and Independence in Free Groups. (1962) (10)
Maximal nonparabolic subgroups of the modular group (1983) (10)
Dependence in groups (1966) (10)
On the Freiheitssatz (1972) (9)
Products of powers in groups (1973) (9)
References and Selected Bibliography (1984) (8)
A maximum principle for graphs (1967) (8)
The Orbits of the Product of Two Permutations (1983) (6)
The word problem for geometrically finite groups (1986) (5)
Existential Horn sentences (1959) (4)
New Proof for a Theorem of Eilenberg and Maclane (1949) (4)
Infinite Eulerian tessellations (1983) (3)
Proof of the Fundamental Theorem of Algebra (1981) (3)
Equations in free metabelian groups (1966) (3)
Advanced Problems: 5714-5719 (1970) (2)
Doubly eulerian trails on rectangular grids (1984) (2)
Alfred Horn. On sentences which are true of direct unions of algebras. The journal of symbolic logic , vol. 16 (1951), pp. 14–21. (1951) (2)
Some uses of coset graphs (1984) (1)
Non Euclidean crystallographic groups (1974) (1)
Field Extensions and Galois Theory: Galois Theory (1984) (0)
Regular Tessellations in Higher Dimensions (1985) (0)
Symmetries and Groups (1985) (0)
Review: Arthur H. Copeland, Implicative Boolean Algebra (1951) (0)
Frank Harary. On complete atomic proper relation algebras. The journal of symbolic logic , vol. 15 (1950), pp. 197–198. (1951) (0)
Review: Frank Harary, On Complete Atomic Proper Relation Algebras (1951) (0)
Groups and geometry: Incidence Geometry of the Affine Plane (1985) (0)
Groups and geometry: Isometries of the Euclidean Plane (1985) (0)
Saunders Mac Lane as a Shaper of Mathematics and Mathematicians (1979) (0)
Copeland Arthur H.. Implicative Boolean algebra. Mathematische Zeitschrift, vol. 53 (1950), pp. 285–290. (1951) (0)
Review: Alan Rose, Strong Completeness of Fragments of the Propositional Calculus; Alan Rose, The Degree of Completeness of a Partial System of the 2-Valued Propositional Calculus (1952) (0)
Subgroups of the Group of Isometries of the Plane (1985) (0)
INI~IN1TE EULERIAN 'rESSELLATIONS (1983) (0)
Discontinuous Groups of Isometries of the Euclidean Plane: Plane Crystallographic Groups (1985) (0)
Groups and geometry: Inversive Geometry (1985) (0)
1993 International Conference on Parallel Processing PATTERN RECOGNITION USING FRACTALS (1993) (0)
Cancellation Theory in Free Products with Amalgamation (1980) (0)
Symposium on Metamathematics of Algebra and Geometry: Metamathematics and Algebra: An Example (1966) (0)
Problems for Solution: 4453-4457 (1951) (0)
Note A Remark about Permutations (1975) (0)
Section Editor's Foreword (1984) (0)
Field Extensions and Galois Theory: Preliminaries on Fields and Polynomials (1984) (0)

This paper list is powered by the following services:

Other Resources About Roger Lyndon

en.wikipedia.org

What Schools Are Affiliated With Roger Lyndon?

Roger Lyndon is affiliated with the following schools:

Roger Lyndon's Academic­Influence.com Rankings