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Ergodic theory; Probability. |
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Prof. Semyon Alesker |
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Algebraic geometry; Representation theory; Applications to convexity. |
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Combinatorics, graph theory and their applications to theoretical computer science; Combinatorial algorithms and circuit complexity; Algebraic and probabilistic methods in combinatorics. |
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Prof. Dan Amir |
emer. |
Functional analysis; Approximation theory. |
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Prof. Aharon Atzmon |
emer. |
Harmonic theory; Operator theory. |
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Asymptotic Geometric Analysis, High-dimensional Convexity. |
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Prof. Asher Ben Artzi |
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Operator theory. |
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Algebraic geometry; Representation theory. |
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Prof. Michael Bialy |
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Hamiltonian systems; Dynamical systems. |
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Symplectic topology; Algebraic geometry. |
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Algebraic groups. |
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Prof. Daniel Eidus |
emer. |
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Differential equations. |
emer. |
Topology, Morse theory, L2-cohomology. |
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emer. |
Additive number theory. |
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Prof. David Ginzburg |
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Automorphic forms; L-functions. |
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Set theory; Mathematical logic. |
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Ergodic theory; Topological dynamics. |
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Prof. Efim Gluskin |
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Functional analysis. |
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Prof. Israel Gohberg |
emer. |
Integral equations; Operator theory; Systems theory; Matrix theory. |
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Dr. Assaf Goldberger |
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Number Theory; Linear Algbera. |
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Fields arithmetic; Profinite groups. |
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Prof. Marcel Herzog |
emer. |
Group theory; Group representations. |
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Logic; Non-standard analysis; Foundation of computer science. |
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Prof. Amnon Jakimovski |
emer. |
Classical analysis. |
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The arithmetic of fields. |
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Prof. Shoshana Kamin |
emer. |
Partial differential equations. |
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Prof. Boaz Klartag |
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Asymptotic geometric analysis. |
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Prof. Abraham Klein |
emer. |
Ring theory. |
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Combinatorics and its applications to theoretical computer science. |
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emer. |
Functional analysis. |
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Approximation theory. |
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Prof. Vladimir Matsaev |
emer. |
Operator theory; Functions of complex variables. |
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Functional analysis; Geometric analysis; Convexity. |
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Prof. Alexander Olevskii |
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Real and harmonic analysis. |
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emer. |
palamodo | Analysis, Partial differential equations, Analytic geometry and singularities, Inverse problems of mathematical physics. |
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Symplectic topology and dynamical systems. |
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Prof. Shmuel Rosset |
emer. |
Algebra. |
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Number theory. |
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Automorphic forms. Number theory. Representation theory. |
Prof. Jochanan Schonheim |
emer. |
Graph theory; Combinatorial mathematics; Combinatorial group theory; Combinatorial number theory. |
Prof. Yehuda Shalom |
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Lie groups; Discrete groups. |
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Real and complex algebraic geometry. |
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Prof. Mikhail Sodin |
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Complex analysis and its applications. |
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Prof. David Soudry |
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Automorphic forms; Representation theory; Harmonic analysis. |
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Probability theory. |