Jacob Tamarkin

Q: What Schools Are Affiliated With Jacob Tamarkin

Jacob Tamarkin is affiliated with the following schools: Brown University, Yale University, Peter the Great St. Petersburg Polytechnic University, Perm State University, Dartmouth College, St. Petersburg State Transport University, Princeton University, Saint Petersburg Electrotechnical University, Saint Petersburg State University

Jacob Tamarkin's AcademicInfluence.com Rankings

Jacob Tamarkin

Mathematics

#1089

Historical Rank

Number Theory

#87

Historical Rank

Algebra

#156

Historical Rank

Measure Theory

#764

Historical Rank

mathematics Degrees

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Mathematics

Why Is Jacob Tamarkin Influential?

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According to Wikipedia, Jacob David Tamarkin was a Russian-American mathematician, best known for his work in mathematical analysis. Biography Tamarkin was born in Chernigov, Russian Empire , to a wealthy Jewish family. His father, David Tamarkin, was a physician and his mother, Sophie Krassilschikov, was from a family of a landowner. He shares a common ancestor with the Van Leer family, sometimes spelled Von Löhr or Valar. He moved to St. Petersburg as a child and grew up there. In high school, he befriended Alexander Friedmann, a future cosmologist, with whom he wrote his first mathematics paper in 1906, and remained friends and colleagues until Friedmann's sudden death in 1925. Vladimir Smirnov was his other friend from the same gymnasium. Many years later, they coauthored a popular textbook titled "A course in higher mathematics".

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Jacob Tamarkin'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

The problem of moments (1943) (1144)
Some general problems of the theory of ordinary linear differential equations and expansion of an arbitrary function in series of fundamental functions (1928) (257)
Review: E. C. Titchmarsh, Introduction to the Theory of Fourier Integrals (1938) (168)
On the characteristic values of linear integral equations (1931) (128)
On the Summability of Fourier Series. (1928) (121)
Book Review: Le Problème de Cauchy et les Équations aux Dérivées Partielles Linéaires Hyperboliques (1934) (110)
On the Theory of Linear Integral Equations. II (1930) (102)
On some generalizations of a theorem of A. Markoff (1937) (95)
Sur quelques points de la théorie des équations différentielles linéaires ordinaires et sur la généralisation de la série de fourier (1912) (53)
Besicovitch on Almost Periodic Functions (1935) (51)
Remarks On A Known Example of A Monotone Continuous Function (1929) (50)
On Fredholm's Integral Equations, Whose Kernels are Analytic in a Parameter (49)
On the absolute integrability of Fourier transforms (1935) (48)
On Integrable Solutions of Abel's Integral Equation (1930) (41)
The Zeros of Certain Integral Functions (1927) (35)
Proof of a theorem of Thorin (1944) (31)
On the compactness of the space $L_p$ (1932) (31)
On the Summability of Fourier Series. II (1933) (29)
On the Theory of Fourier Transforms (1933) (26)
A general theory of the problem of moments (1943) (23)
Remarks on the Theory of Conjugate Functions (1932) (19)
On a Theorem of Paley and Wiener (1933) (18)
Zygmund on Trigonometric Series (1936) (15)
On Moment Functions. (1933) (15)
Questions of Relative Inclusion in the Domain of Hausdorff Means. (1933) (14)
Sur le théorème d'unicité des solutions des équations différentielles ordinaires (1923) (13)
On the summability of fourier series. III (1933) (10)
Review: R. Courant and D. Hilbert, Methoden der Mathematischen Physik. Bd. I (1932) (9)
On the generalization of Abel's Theorem for certain definitions of summability (1929) (9)
Über die asymptotischen Ausdrücke für die Integrale eines Systems linearer Differentialgleichungen, die von einem Parameter abhängen (1924) (7)
The notion of the Green’s function in the theory of integro-differential equations. II (1927) (7)
A remark on Fourier transforms and functions analytic in a half-plane (1935) (6)
Quelques formules concernant la théorie de la fonction [x] et des nombres de Bernoulli. (Extrait d'une lettre adressée à K. Hensel). (6)
A lemma of the theory of linear differential systems (1930) (5)
Review: J. Hadamard, Le Problème de Cauchy et les Équations aux Dérivées Partielles Linéaires Hyperboliques (1934) (5)
A principle of Jessen and general Fubini theorems (1941) (5)
Twenty-five volumes of Fundamenta Mathematicae (1936) (5)
On the Theory of Laplace Integrals. (1933) (5)
On Volterra’s integro-functional equation (1926) (4)
On the Characteristic Values of Linear Integral Equations. (1928) (4)
Elementary proofs of some known theorems of the theory of complex Euclidean spaces (1937) (4)
On the notion of regularity of methods of summation of infinite series (1935) (4)
On a Theorem of Hahn-Steinhaus (1933) (4)
A New Proof of Parseval's Identity for Trigonometric Functions (1926) (4)
On a theorem of S. Bernstein-Widder (1931) (3)
Sur la méthode de C. Störmer pour l'intégration approchée des équations differéntielles ordinaires (1923) (3)
Review: T. Bonnesen and W. Fenchel, Theorie den Konvexen Körper (1935) (2)
Sur un problème de la théorie des équations différentielles linéaires ordinaires. (1914) (2)
Probléme des vibrations transversales d’une verge élastique homogéne (1911) (2)
Theory of the Hamburger moment problem (1943) (2)
Addition to the Paper "On the Summability of Fourier Series II" (1933) (2)
Discussions: Some Geometric Illustrations for the Elementary Course in Differential Equations (2)
On Laplace’s integral equations (1926) (2)
On integral equations with discontinuous kernels (1928) (2)
Some observations on the theory of Fourier transforms (1935) (2)
Review: Maurice Janet, Leçons sur les Systèmes d'Équations aux Dérivées Partielles (1931) (2)
Remarks on a paper of Dr. Tautz (1931) (1)
Review: H. Kestelman, Modern Theories of Integration (1938) (1)
Banach on Linear Operations (1934) (1)
A Well Known Theorem of Integral Calculus (1931) (1)
Review: Stanislaw Saks, Theory of the Integral (1938) (1)
Pólya and Szegö's Problems in Analysis (1928) (1)
Book Review: Précis d'Analyse Mathématique à l'usage des candidats au certificat de calcul différentiel et intégral (0)
Book Review: Lehrbuch der Funktionentheorie (1932) (0)
Book Review: Aufgabensammlung zur Funktionentheorie (0)
Review: R. Gans, Vektoranalysis mit Anwendungen auf Physik und Technik (0)
Book Review: Einführung in die Analytische Geometrie und Algebra. (1932) (0)
Book Review: Theorie der Orthogonalreihen (1938) (0)
Review: Ludwig Bieberbach, Lehrbuch der Funktionentheorie (1932) (0)
Review: Aurel Wintner, Spektraltheorie der unendlichen Matrizen. Einführung in den analytischen Apparat der Quantenmechanik (1931) (0)
Review: Encyclopädie der Mathematischen Wissenschaften mit Einschluss ihrer Anwendungen (0)
Review: O. Schreier and E. Sperner, Einführung in die Analytische Geometrie und Algebra. Volume I (1932) (0)
Book Review: Vorlesungen über einige Klassen nichtlinearer Integralgleichungen und Integro-differentialgleichungen nebst Anwendungen (1932) (0)
Book Review: Vektoranalysis mit Anwendungen auf Physik und Technik (0)
Review: Stefan Kaczmarz and Hugo Steinhaus, Theorie der Orthogonalreihen (1938) (0)
Review: Leon Lichtenstein, Vorlesungen über einige Klassen nichtlinearer Integralgleichungen und Integro-differentialgleichungen nebst Anwendungen (1932) (0)
Review: Konrad Knopp, Aufgabensammlung zur Funktionentheorie (1929) (0)
Problems for Solution: 3272-3279 (1927) (0)
Various modifications of the moment problem (1943) (0)
Mathematics: Gap and Density Theorems . By Norman Levinson. American Mathematical Society Colloquium Publications. Vol. 26. New York, 1940. viii + 244 pages. $4.00. (1941) (0)
Discussions: Remark on the Note "Some Geometric Illustrations for the Elementary Course in Differential Equations (1928) (0)
On the Theory of Laplace Integrals: II. (1934) (0)
A notion of uniform integrability (1926) (0)
Mathematics: Fourier Series and Boundary Value Problems . By Ruel V. Churchill. ix + 206 pages. New York: McGraw-Hill Book Company. 1941. $2.50. (1941) (0)
Book Review: Trigonometric Series (1936) (0)
Note on the second law of the mean for integrals (0)
On the Summability of Fourier Series. Fourth Note. (1931) (0)
On the Summability of Fourier Series. Fifth Note. (1934) (0)
Tonelli on Trigonometric Series (1929) (0)
Montel on Univalent Functions (1936) (0)
Four French Books on Hydrodynamics (1931) (0)
ON THE SUMMABILITY OF FOURIER SERIES. THIRD NOTE. (1930) (0)
Review: T. Radó, Subharmonic Functions (1937) (0)
Saks on Integration (0)
ON THE SUMMABILITY OF FOURIER SERIES. SECOND NOTE. (1929) (0)
Hellinger-Toeplitz on Integral Equations (0)
Book Review: Theorie den Konvexen Körper (1935) (0)
Book Review: Leçons sur les Fonctions Entières ou Méromorphes (1932) (0)
Book Review: Exercices de Calcul Différentiel et Intégral (0)
Book Review: Leçons sur la Hydrodynamique (1931) (0)
Review: Actualités Scientifiques et Industrielles (1937) (0)
Review: Paul Montel, Leons sur les Fonctions Entires ou Mromorphes (1932) (0)
Review: E. Lainé, Premières Leçons de Géométrie Analytique et de Géométrie Vectorielle à l'Usage des Élèves de la Classe de Mathématiques et des Candidats aux Grandes Écoles (0)
Review: J. Favard, Leçons sur les Fonctions Presque-Périodiques (1935) (0)
Review: E. Lainé, Précis d'Analyse Mathématique à l'usage des candidats au certificat de calcul différentiel et intégral (1929) (0)
Book Review: Leçons sur les Fonctions Presque-Périodiques (1935) (0)
Review: Abbé Potron, Exercices de Calcul Différentiel et Intégral (1928) (0)

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What Schools Are Affiliated With Jacob Tamarkin?

Jacob Tamarkin is affiliated with the following schools:

Jacob Tamarkin's Academic­Influence.com Rankings

Why Is Jacob Tamarkin Influential?

Jacob Tamarkin's Published Works

Published Works

Other Resources About Jacob Tamarkin

What Schools Are Affiliated With Jacob Tamarkin?

Jacob Tamarkin's AcademicInfluence.com Rankings