Joseph Lehner

Q: What Schools Are Affiliated With Joseph Lehner

Joseph Lehner is affiliated with the following schools: University of California, Berkeley, Michigan State University, University of Pittsburgh, University of Pennsylvania

Joseph Lehner's AcademicInfluence.com Rankings

Joseph Lehner

Mathematics

#6401

World Rank

#8870

Historical Rank

#1937

USA Rank

Measure Theory

#1673

World Rank

#2059

Historical Rank

#545

USA Rank

mathematics Degrees

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Mathematics

Why Is Joseph Lehner Influential?

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According to Wikipedia, Joseph Lehner was a mathematician at Michigan State University , the University of Maryland , and the University of Pittsburgh . He worked on automorphic functions and introduced Atkin–Lehner theory.

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Joseph Lehner'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

Hecke operators on Γ0(m) (1970) (695)
Discontinuous Groups and Automorphic Functions (1964) (447)
The distribution of the number of summands in the partitions of a positive integer (1941) (305)
On the spectrum of an unsymmetric operator arising in the transport theory of neutrons (1955) (170)
Lectures on modular forms (1962) (165)
Solution of the linearized Boltzmann transport equation for the slab geometry (1956) (111)
A Short Course in Automorphic Functions (1966) (84)
Weierstrass Points of Γ 0 (n) (1964) (58)
Further Congruence Properties of the Fourier Coefficients of the Modular Invariant j(τ) (1949) (51)
A partition function connected with the modulus five (1941) (46)
Divisibility Properties of the Fourier Coefficients of the Modular Invariant j(τ) (1949) (41)
Closed geodesics on a Riemann surface with application to the Markov spectrum (1986) (29)
Ramanujan Identities Involving the Partition Function for the Moduli 11 a (1943) (27)
Simple closed geodesics on (3) arise from the Marko spectrum (1984) (25)
The Fourier coefficients of automorphic forms of horocyclic groups. III. (1959) (19)
Diophantine approximation on Hecke groups (1985) (18)
Proof of Ramanujan’s partition congruence for the modulus 11³ (1950) (17)
On Riemann surfaces with maximal automorphism groups (1967) (16)
THE SPECTRUM OF THE NEUTRON TRANSPORT OPERATOR FOR THE INFINITE SLAB (1962) (16)
Sums involving Farey fractions (1969) (16)
An unsymmetric operator arising in the theory of neutron diffusion (1956) (15)
Real two-dimensional representations of the free product of two finite cyclic groups (1966) (13)
On automorphic forms of negative dimension (1964) (13)
EICHLER COHOMOLOGY FOR GENERALIZED MODULAR FORMS (2009) (13)
Automorphic integrals with preassigned periods (1969) (13)
A bounded automorphic form of dimension zero is constant (1965) (10)
Gaps in the Fourier series of automorphic forms (1981) (9)
On the boundedness of integrable automorphic forms (1974) (9)
Static and dynamic finite deformations of cables using rate equations (1973) (9)
On the non-vanishing of Poincaré series (1980) (9)
Uniqueness of a class of Fuchsian groups (1975) (8)
The local Hurwitz constant and Diophantine approximation on Hecke groups (1990) (8)
On complementary automorphic forms and supplementary Fourier series (1962) (8)
The Fourier coefficients of automorphic forms belonging to a class of horocyclic groups. (1957) (7)
Automorphic functions of several complex variables (1964) (7)
Magnitude of the Fourier coefficients of automorphic forms of negative dimension (1961) (7)
Non-linear static and dynamic deformations of shells of revolution† (1974) (7)
Partial fraction decompositions and expansions of zero (1958) (7)
Note on the Schwarz triangle functions. (1954) (6)
ON THE A (Γ ) ⊂ Bq(Γ ) CONJECTURE FOR INFINITELY GENERATED GROUPS (1974) (6)
The Picard Theorems (1969) (6)
The Eichler cohomology of a Kleinian group (1971) (6)
A diophantine property of the Fuchsian groups (1952) (5)
On modular forms of negative dimension. (1959) (5)
Subgroups ofF-groups (1965) (3)
Two theorems on automorphic functions (1962) (3)
Cohomology of vector-valued automorphic forms (1973) (3)
On the Solution of Finite-Deformation Problems of Beams Using Rate Equations (1970) (3)
On First Order Ordinary Differential Equations Arising in Diffusion Problems (1964) (2)
Lectures on modular forms /Joseph Lehner (1969) (2)
An application of the method of the acceleration potential (1943) (2)
Computing Self-Intersections of Closed Geodesics on Finite-Sheeted Covers of the Modular Surface (1985) (2)
Automorphic functions and forms (1964) (1)
A short course in automorphic functions/ Joseph Lehner (1966) (1)
On the multipliers of Dedekind modular function (1968) (1)
Representations of a class of infinite groups. (1960) (1)
RATE-EQUATION APPROACH TO STATIC AND DYNAMIC FINITE-DEFLECTION PROBLEMS. (1972) (1)
A symbolic dynamics for geodesics on punctured Riemann surfaces (1984) (1)
On the Aq (Γ) ⊂ Bq (Γ) Conjecture (1973) (1)
On polygon groups (1981) (1)
The modular group and modular functions (1964) (1)
Modular function theory in arithmetic and analysis (1968) (0)
Note on Power Series with Integral Coefficients (1950) (0)
Advanced Problems: 5651-5657 (1969) (0)
Problems for Solution: 4608-4612 (1954) (0)
MODULAR FORMS AND DIRICHLET SERIES (1971) (0)
Problems for Solution: 4613-4617 (1954) (0)
On Ritt's Representation of Analytic Functions as Infinite Products* (1952) (0)
Forms of positive and zero dimension (1964) (0)
On the Fourier Coefficients of the Modular Invariant (j−123)1/2 (2017) (0)
Discussion: “Unified Symbolism for Regulatory Controls” (Philbrick, G. A., 1947, Trans. ASME, 69, pp. 47–58) (1947) (0)
Note on the Laurent Series (1950) (0)
Discrete Groups and Geometry: Farey series and sums of continued fractions (1992) (0)
Forms of negative dimension (1964) (0)
Problems for Solution: E1166-E1170 (1955) (0)
On the generation of discontinuous groups. (1963) (0)
A property of triangle groups (1970) (0)
the most famous results of complex function thleory and have had a decisive effect on its development. They are classified according to size. The Small Picard (2016) (0)
Problems for Solution: 4857-4862 (1959) (0)
ON RICCATI AND RICCATI-LIKE EQUATIONS ARISING IN ONE-DIMENSIONAL DIFFUSION PROBLEMS (1962) (0)
Correction to “On complementary automorphic forms and supplementary Fourier series” (1962) (0)
The structure of discontinuous groups (1964) (0)
The fundamental region (1964) (0)
Problems for Solution: 4748-4752 (1957) (0)

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What Schools Are Affiliated With Joseph Lehner?

Joseph Lehner is affiliated with the following schools: