RUS  ENG Full version

Full list of seminars

•   Steklov Mathematical Institute Seminar
•   Colloquium of Steklov Mathematical Institute of Russian Academy of Sciences
•   Shafarevich Seminar
•   Seminar by Algebra Department
•   Homological Methods in Algebraic Geometry
•   Seminar on Geometry of Algebraic Varieties
•   Seminar on Arithmetic Algebraic Geometry
•   Seminar of the Department of Geometry and Topology "Geometry, Topology and Mathematical Physics", Steklov Mathematical Institute of RAS (Novikov Seminar)
•   A. Bondal Seminar
•   Seminar by Department of Discrete Mathematic, Steklov Mathematical Institute of RAS
•   Seminar "Optimal Control and Dynamical Systems"
•   Principle Seminar of the Department of Probability Theory, Moscow State University
•   Iskovskikh Seminar
•   Seminar on Complex Analysis (Gonchar Seminar)
•   Seminar "Complex analysis in several variables" (Vitushkin Seminar)
•   Seminar of the Department of Mathematical Physics, Steklov Mathematical Institute of RAS
•   Complex analysis and mathematical physics
•   Seminar of the Department of Theoretical Physics, Steklov Mathematical Institute of RAS
•   Seminar of the Department of Probability Theory "Stochastic Analysis: Theory and Applications", Steklov Mathematical Institute of RAS
•   Seminar on Quantum Probability, Statistics, Information
•   Seminar on Theory of Functions of Several Real Variables and Its Applications to Problems of Mathematical Physics
•   Geometric Topology Seminar
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•   "Algorithmic problems in algebra and logic" (S.I.Adian seminar)
•   "Geometric group theory"
•   A. A. Aizenberg course "Combinatorics, topology and algebra of simplicial complexes", spring semester 2015/2016
•   A. G. Kuznetsov course "Vector bundles on complex projective spaces"
•   A.E. Teretenkov. Fundamentals of open quantum systems Theory
•   Algorithmic Problems of Algebra
•   Algorithmic Problems of Algebra
•   Algorithmic Problems of Algebra
•   Arithmetic geometry seminar
•   Beijing–Moscow Mathematics Colloquium
•   C. A. Shramov course "Classical algebraic geometry", spring semester 2015/2016
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Contemporary Problems in Number Theory
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Convergence of Random Processes
•   Course by A. G. Sergeev "Noncommutative geometry and analysis"
•   Course by A. I. Tyulenev "Geometric Measure Theory. Introduction."
•   Course by A. V. Fonarev "Foundations of Algebraic Geometry"
•   Course by A. V. Zotov "Introduction to integrable systems and dualities"
•   Course by A. Ye. Teretenkov "Foundations of open quantum systems theory"
•   Course by A. A. Arutyunov "Coarse geometry"
•   Course by A. A. Gaifullin "Triangulated manifolds"
•   Course by A. G. Sergeev "Lectures on the theory of topological insulators "
•   Course by A. G. Sergeev "Mathematical methods in the solid state physics"
•   Course by A. I. Bufetov, S. M. Gorbunov and A. V. Klimenko "Intoduction to the theory of determinantal point processes"
•   Course by A. L. Kanunnikov "Combinatorics of domino tilings"
•   Course by A. L. Talambutsa "Decision problems in algebra"
•   Course by A. S. Schwarz "Quantum mechanics and quantum field theory. Algebraic and geometric approaches"
•   Course by A. S. Trushechkin and D. A. Kronberg "Mathematical foundations of quantum cryptography"
•   Course by A. Soldatenkov "Introduction to Kähler geometry"
•   Course by A. T. Il'ichev "Stability of non-uniform states in unbounded spatial domains"
•   Course by A. V. Dukov and S. S. Minkov "Vector fields and measure theory"
•   Course by A. V. Dymov and S. B. Kuksin "Random dynamical systems"
•   Course by A. V. Fonarev "Modules over finite-dimensional algebras II"
•   Course by A. V. Fonarev "Modules over finite-dimensional algebras"
•   Course by A. V. Komlov and S. P. Suetin "Basics of the theory of Padé approximants and their generalizations"
•   Course by A. V. Kudinov and D. S. Shamkanov "Neighbourhood semantics of modal logics"
•   Course by A. V. Zotov "Elliptic functions, R-matrix identities and integrable structures"
•   Course by D. D. Kiselev "Introduction to the character theory of linear representations of finite groups"
•   Course by D. D. Kiselev "Inverse Galois Theory: embedding problem"
•   Course by D. D. Kiselev "Standard Gröbner–Shirshov bases and related questions"
•   Course by D. O. Orlov «Algebraic Geometry»
•   Course by D. S. Shirokov "Foundations of the theory of Clifford algebras and spinors"
•   Course by D. V. Bykov "Flag manifold sigma models: spin chains and integrable theories"
•   Course by D. V. Osipov "Elliptic curves and their arithmetic properties"
•   Course by D. V. Pirozhkov "Derived categories of coherent sheaves"
•   Course by E. Yu. Bunkova, P. G. Grinevich and O. K. Sheinman "Algebro-geometric methods in the theory of integrable systems"
•   Course by E. D. Kosov "Chaining technique and its applications to the problems of analysis"
•   Course by E. Yu. Bunkova, P. G. Grinevich and O. K. Sheinman "Algebraic-geometric methods in the theory of integrable systems: classical intehrable systems and Hitchin systems"
•   Course by G. G. Amosov "Quantum information and quantum dynamics"
•   Course by G. G. Amosov. Mathematical foundations of quantum mechanics
•   Course by G. B. Shabat "Arithmetic surfaces"
•   Course by G. B. Shabat "Classification problems in algebraic geometry"
•   Course by G. B. Shabat "Dessins d'enfants and number theory"
•   Course by G. B. Shabat "Introduction to Grothendieck topologies"
•   Course by G. B. Shabat "Introduction to the theory of zeta-functions"
•   Course by G. B. Shabat "Structures on Manifolds"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov and V. I. Yashin "Models of computation on quantum circuits"
•   Course by G. S. Chernykh "Complex cobordisms"
•   Course by I. G. Lysenok "Introduction to geometric group theory"
•   Course by I. G. Lysenok "Introduction to geometric group theory"
•   Course by I. A. Dynnikov and M. V. Prasolov "Hilbert cube and low-dimensional topology"
•   Course by I. G. Lysenok "Equations in groups"
•   Course by I. G. Lysenok "Introduction to geometric group theory II"
•   Course by I. S. Rezvyakova "On the densest sphere packing in dimension eight"
•   Course by I. S. Rezvyakova "On the densest sphere packing in dimension eight"
•   Course by I. V. Ermakov "Modern computational approaches in many-body problems of quantum mechanics"
•   Course by K. V. Loginov "Introduction to birational geometry"
•   Course by L. D. Beklemishev "Introduction to Model Theory"
•   Course by L. D. Beklemishev and T. L. Yavorskaya "Provability and Formal Arithmetic II"
•   Course by M. A. Korolev "Sieve methods"
•   Course by M. A. Korolev "Sieve methods: selected topics"
•   Course by M. G. Matushko "Symmetric functions and integrable systems "
•   Course by M. R. Pentus "Context-free languages"
•   Course by M. V. Zhitlukhin "Introduction to the theory of martingales"
•   Course by M. V. Zhitlukhin "Introduction to the theory of martingales"
•   Course by M. V. Zhitlukhin "Theory of martingales and stochastic integration"
•   Course by N. A. Tyurin "Introduction to lagrangian geometry of symplectic manifolds"
•   Course by O. È. Zubelevich "Elements of Dynamical Systems"
•   Course by O. G. Balkanova "Spectral theory and the Kuznetsov trace formula"
•   Course by R. V. Shamin "Functional analysis and machine learning"
•   Course by R. V. Shamin "Machine learning in game theory"
•   Course by R. V. Shamin "Mathematics of data analysis"
•   Course by R. V. Shamin "Stochastic analysis and its applications in machine learning "
•   Course by S. O. Gorchinskiy "Differential Galois Theory"
•   Course by S. L. Kuznetsov and D. S. Shamkanov "Circular proofs"
•   Course by S. O. Speranski "Decidable and undecidable theories"
•   Course by S. O. Speranski "Non-standard models of arithmetic and analysis"
•   Course by T. L. Yavorskaya "Justification logic"
•   Course by T. V. Salnikova "Paradoxes of thermodynamics and statistical mechanics, stability of solutions of the Vlasov kinetic equation"
•   Course by T. V. Sal'nikova "Stability and chaos of a system of gravitating bodies"
•   Course by V. V. Nikulin "Automorphism groups of K3 surfaces and groups generated by reflections in Lobachevsky spaces"
•   Course by V. A. Vatutin "Branching processes and their applications"
•   Course by V. B. Shehtman "Algebraic logic and categories"
•   Course by V. G. Kanovei "Descriptive set theory"
•   Course by V. I. Yashin "Computations on fault-tolerant quantum circuits"
•   Course by V. P. Pavlov "Seismology from the theoretical physics standpoint"
•   Course by V. V. Markov "Introduction to the theory of gas detonation"
•   Course by V. V. Markov "Applications of detonation theory to problems of energetics and explosion safety"
•   Course by V. V. Shokurov "Birational geometry of algebraic surfaces"
•   Course by V.V. Markov "Introduction to the theory of gaseous detonation"
•   Course by Yu. G. Prokhorov and C. A. Shramov "Algebraic curves"
•   Course by Yu. G. Prokhorov, C. A. Shramov. Algebraic Curves
•   Course by Yu. G. Prokhorov "Classical algebraic geometry"
•   Course by Yu. G. Prokhorov and C. A. Shramov "Algebraic surfaces"
•   Course by Yu. L. Sachkov "Elements of Optimal Control Theory"
•   Course by Yu. L. Sachkov "Geometric control theory, sub-Riemannian geometry, and their applications"
•   Course by Yu. V. Malykhin "Approximation and matrix complexity"
•   Dynamical Systems and Mathematical Physics
•   Dynamical Systems and PDEs
•   Evgeny V. Shchepin course "Exponential series"
•   F. M. Pakhomov course "Predicative subsystem of second-order arithmetic", spring semester 2015/2016
•   Foundations of Set Theory
•   Foundations of Set Theory
•   Foundations of Set Theory
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   G. A. Kolyutsky course "Introduction to the dynamical systems theory"
•   Geometric Group Theory
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Theory of Optimal Control
•   Globus Seminar
•   Hamiltonian systems and statistical mechanics
•   I.A. Dynnikov, M.V. Prasolov, V.A. Shastin. Combinatorics of rectangular diagrams of knots and surfaces and contact topology.
•   International workshop "Holography for NICA"
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Nonclassical Logics
•   Introduction to Nonclassical Logics
•   L. D. Beklemishev, S. L. Kuznetsov. Computational proof theory and lambda calculus
•   Lambda Calculus
•   Lambda Calculus
•   M. E. Changa course "The sieve method", spring semester 2015/2016
•   Mathematical Foundations of Artificial Intelligence
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science. Part II
•   Mathematical problems of quantum theory of nanosystems and photosynthesis
•   Nonclassical Logics
•   Nonclassical Logics
•   Non-equilibrium dynamics of quantum and classical many-body systems
•   Number Theory
•   Number Theory
•   Number Theory
•   Number Theory
•   Number Theory 2
•   Number Theory irregular seminar
•   Preparation for international mathematics olympiads
•   Problems of Mathematical Control Theory
•   Provability and Formal Arithmetic
•   Provability and Formal Arithmetic
•   Provability and Formal Arithmetic
•   Quantum computation
•   Quantum computation
•   Quantum computation
•   Quantum computation
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Gravity and All of That
•   Quantum Tensor Networks
•   Quantum Tensor Networks
•   R.V. Shamin. Machine learning and artificial intelligence in mechanics
•   Riemann surfaces, Lie algebras and mathematical physics
•   Seminar "Mathematical Problems in Industry"
•   Seminar `Low-dimensional topology'
•   Seminar by A. I. Bufetov, A. V. Dymov, A. V. Klimenko, M. Mariani and G. I. Olshanskii “Representations and Probability”
•   Seminar by A. V. Zotov, A. K. Pogrebkov and N. A. Slavnov "Methods of classical and quantum integrable systems"
•   Seminar by A. V. Zotov, A. K. Pogrebkov and N. A. Slavnov "Methods of classical and quantum integrable systems"
•   Seminar by D. O. Orlov, Yu. G. Prokhorov and C. A. Shramov "Algebraic geometry"
•   Seminar by D. O. Orlov, Yu. G. Prokhorov and C. A. Shramov "Minimal Model Program"
•   Seminar by D. O. Orlov, Yu. G. Prokhorov and С. A. Shramov "Algebraic curves"
•   Seminar by I. D. Shkredov "Problems of additive combinatorics"
•   Seminar by I. V. Volovich, V. V. Kozlov, S. V. Kozyrev and A. S. Trushechkin "Quantum Mathematical Physic"
•   Seminar by I. Ya. Aref'eva "Perspective directions in quantum field theory and superstrings"
•   Seminar by I. G. Lysenok and A. L. Talambutsa "Seminar on geometric group theory"
•   Seminar by S. L. Kuznetsov and S. O. Speranski "Logical and algebraic methods in linguistics"
•   Seminar by S. L. Kuznetsov and S. O. Speranski "Non-classical Logics"
•   Seminar by S. L. Kuznetsov and V. B. Shehtman "Algebraic and categorical logic"
•   Seminar by S. O. Gorchinskiy and A. V. Fonarev "Introduction to algebraic $K$-theory"
•   Seminar by V. V. Kozlov, S. V. Kozyrev, A. S. Trushechkin and I. V. Volovich "Quantum mathematical physics"
•   Seminar by Yu. G. Prokhorov and С. A. Shramov "Surfaces of general type"
•   Seminar of the Department of Mathematical Methods for Quantum Technologies, Steklov Mathematical Institute of RAS
•   Seminar of the Department of Mechanics
•   Seminar on analytic theory of differential equations
•   Seminar on Approximation Theory
•   Seminars of the Department of Computer Networks and Information Technology
•   Seminars "Proof Theory" and "Logic Online Seminar"
•   Set Theory
•   Set Theory
•   Special course "Cohomology of moduli spaces of algebraic curves", 2015
•   Special course "General relativity and the geometric theory of defects", 2015
•   Special course "Lambda calculus, or computational proof theory", 2015
•   Special seminar "Geometric Theory of Groups", 2012
•   Structural Proof Theory and Algebraic Logic
•   Structural Proof Theory and Algebraic Logic
•   V.P. Mikhailov seminar
•   Workshop by Vik. S. Kulikov "Invariants of finite coverings of projective spaces"
•   Eavesdropping in Quantum Cryptography and Related Mathematical Problems

•   Seminar of the Department of Geometry and Topology "Geometry, Topology and Mathematical Physics", Steklov Mathematical Institute of RAS (Novikov Seminar)
•   Principle Seminar of the Department of Probability Theory, Moscow State University
•   Iskovskikh Seminar
•   Seminar "Complex analysis in several variables" (Vitushkin Seminar)
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•   "Algorithmic problems in algebra and logic" (S.I.Adian seminar)
•   Algebraic topology and its applications. Postnikov memorial seminar
•   Algebras in Analysis
•   Differential equations, analysis and control: theory and applications
•   Differential geometry and applications
•   Differential operators on singular spaces, algebraically integrable systems and quantization
•   Dynamical Systems
•   Dynamical systems and differential equations
•   Dynamical systems and statistical physics
•   Geometric Theory of Optimal Control
•   Graphs on surfaces and curves over number fields
•   Hamiltonian systems and statistical mechanics
•   Infinite dimensional analysis and mathematical physics
•   Knots and Representation Theory
•   Kolmogorov seminar on computational complexity and descriptive complexity
•   Lie groups and invariant theory
•   Modern geometry methods
•   Moscow Seminar on the Number Theory
•   Noncommutative geometry and topology
•   Operator models in mathematical physics
•   P.K. Rashevskii seminar on tensor and vector analysis with applications in geometry, mechanics and physics
•   Problems of Modern Information and Computer Systems
•   Research Seminar of the Department of Higher Algebra MSU
•   Scientic seminar «Actual problems of geometry and mechanics » named after Prof. V.V. Trofimov
•   Seminar on Theory of Functions of Real Variables
•   Special course by Yu. G. Prokhorov "Classical algebraic geometry"

•   General Mathematics Seminar of the St. Petersburg Division of Steklov Institute of Mathematics, Russian Academy of Sciences
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•   A. D. Aleksandrov Seminar in Geometry
•   Seminar of the Laboratory of Mathematical Logic (Saint Petersburg)
•   Seminar on Operator Theory and Function Theory
•   Seminar on Probability Theory and Mathematical Statistics
•   Seminar on Stochastics
•   Seminar on the History of Mathematics
•   St. Petersburg Seminar on Representation Theory and Dynamical Systems
•   V. I. Smirnov Seminar on Mathematical Physics
•   V. A. Rohlin St. Petersburg Topology Seminar

•   Seminar of Chebyshev Laboratory on Dynamical systems
•   Seminar of Chebyshev Laboratory on Probability Theory
•   Seminar of Chebyshev Laboratory on Spectral Theory
•   Seminar of Chebyshev Laboratory on Theory of Entire Functions
•   Singular integral operators

•   Complex Approximations, Orthogonal Polynomials and Applications (CAOPA)
•   Theoretical Basis of High Performance Computing

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•   All-Moscow regular scientific seminar "Control of Dynamic Systems"
•   All-Moscow regular scientific seminar "Control Theory and Optimization"
•   Optimization and nonlinear analysis

•   Ginzburg lectures
•   Seminars of the I. E. Tamm Theoretical Physics Division

•   Omsk Algebraic Seminar

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•   A. A. Belavin course «Introduction to Quantum Field Theory – II»
•   Discrete and Computational Geometry
•   Dobrushin Mathematics Laboratory Seminar
•   Number Theory and Quantum Physics
•   Seminar "Mathematical Problems in Industry"
•   Seminar of Laboratory 5 IITP RAS "Integrable structures in statistical and field models"
•   Seminar of M. S. Pinsker Laboratory 1 IITP RAS
•   Seminar of the Sector 4.1 — Sector of Algebra and Number Theory IITP RAS
•   Seminar on Coding Theory
•   Sinai Seminar
•   Structural Learning Seminar
•   The joint seminar of the Sector 4.1 (IITP RAS) and Poncelet French-Russian laboratory "Arithmetic Geometry and Coding Theory"

•   Seminar for Optimization Laboratory
•   Seminar of Control System Department

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•   Algorithmic Problems of Algebra
•   Algorithmic Problems of Algebra
•   Algorithmic Problems of Algebra
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Convergence of Random Processes
•   Foundations of Set Theory
•   Foundations of Set Theory
•   Foundations of Set Theory
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Geometric Group Theory
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Nonclassical Logics
•   Introduction to Nonclassical Logics
•   Lambda Calculus
•   Lambda Calculus
•   Lectures by leading scientists
•   Lectures of invited mathematicians
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science. Part II
•   Mathematical modeling of traffic flows
•   Mathematical Seminar
•   Mathematical Workshop of the School of Applied Mathematics and Computer Science (MIPT)
•   MIPT Interdepartmental Seminar on Discrete Mathematics
•   Nonclassical Logics
•   Nonclassical Logics
•   Number Theory
•   Number Theory
•   Number Theory
•   Number Theory
•   Number Theory 2
•   Open Seminar on Theoretical Physics
•   Problems in Stochastic Analysis
•   Provability and Formal Arithmetic
•   Provability and Formal Arithmetic
•   Provability and Formal Arithmetic
•   Quantum computation
•   Quantum computation
•   Quantum computation
•   Quantum computation
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum physics and quantum information
•   Quantum Tensor Networks
•   Quantum Tensor Networks
•   Scientific Seminar of the Laboratory of mathematical modeling of nonlinear processes in gaseous media
•   Set Theory
•   Set Theory
•   Structural Proof Theory and Algebraic Logic
•   Structural Proof Theory and Algebraic Logic

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•   A. A. Ayzenberg, Toric topology, Fall 2016
•   A. A. Belavin, V. A. Belavin. Introduction to the string theory. Fall 2016
•   A. B. Sossinsky, Topology-2, Fall 2016/2017
•   A. L. Gorodentsev, Geometry-1, Fall 2016/2017
•   A. V. Penskoi, Introduction to spectral geometry
•   A. A. Belavin course «Introduction to Quantum Field Theory – II»
•   A. I. Bufetov and G. I. Olshanskii course "Representations and Probability"
•   A. I. Bufetov and V. A. Timorin course «Geometry», 2012
•   A. I. Bufetov course "Infinite-dimensional groups"
•   A. I. Bufetov course "Infinite-dimensional harmonic analysis"
•   Cohomological geometry of differential equations
•   Course of A.I. Bufetov and V.A. Timorin "Geometry", 2012
•   E. Yu. Smirnov, Algebra-1, Fall 2016/2017
•   G. B. Shabat
•   Globus Seminar
•   I. S. Krasilstchik, Cohomological invariants of nonlinear differntial equations, Fall 2016
•   I. V. Vyugin, Analysis-1, Fall 2016/2017
•   M. E. Kazarian
•   M. Yu. Rozenblum, Algebraical number theory: introduction, 2016/2017
•   Mini-courses of the Independent University of Moscow
•   Number Theory and Quantum Physics
•   P. Cartier. Lie groupoids, differentiable stacks, and differential Galois theory
•   Problems in Stochastic Analysis
•   Riemann surfaces, Lie algebras and mathematical physics
•   Seminar on functional analysis and algebraic combinatorics
•   Topology-1
•   V. G. Spokoinyi, Inference for Structural Nonparametrics
•   V. Spokoinyi course «Modern Parametric Statistics»

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•   The joint seminar of the Sector 4.1 (IITP RAS) and Poncelet French-Russian laboratory "Arithmetic Geometry and Coding Theory"

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•   Global analysis in modern theory of differential equations
•   Seminar on combinatorial geometry and topology

•   Lectures by leading scientists
•   Scientific Seminar of the Laboratory of mathematical modeling of nonlinear processes in gaseous media

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•   Mathematical modeling of traffic flows
•   Mathematical Seminar
•   MIPT Interdepartmental Seminar on Discrete Mathematics
•   PreMoLab Seminar
•   Problems in Stochastic Analysis

•   Meetings of the Moscow Mathematical Society

•   Meetings of the St. Petersburg Mathematical Society

•   Meetings of the Section of Mathematics, Central House of Scientists of the Russian Academy of Sciences

•   Seminar on Software Engineering, Theory and Experimental Programming (STEP-2023)

•   Workshop on geometry and mathematical modeling

•   Mathematical Colloquium of the Bauman Moscow State Technical University

•   Mathematical Foundations of Artificial Intelligence

•   Integrable systems seminar
•   Lectures by B. Bychkov on "Elements of Projective Geometry"
•   Mini-course by Dmitry Grinev "Buffon's needle: the history behind one problem and the development of integral geometry"

•   Scientific and Technical Workshops of Yandex

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•   Automorphic forms and their applications
•   Geometric structures on complex manifolds
•   Laboratory of algebraic geometry: weekly seminar
•   Topological Day

•   V.V. Shevchenko Seminar on “Algebraic Methods of Theoretical Mechanics”

•   Colloquium of the Faculty of Computer Science
•   Mathematical seminar Faculty of Computer Science HSE
•   Seminar of the Laboratory on Algebraic Transformation Groups HSE University
•   TCS lab seminar

•   Main scientific seminar of the Innopolis University «Innopolis. Science»
•   Seminar on Software Engineering, Theory and Experimental Programming (STEP-2023)

•   Seminar of the Mathematical Physics Department of the Institute of Applied Mathematics and Mechanics

•   Functional Analysis and Quantum Systems

•   Seminar on Analysis, Differential Equations and Mathematical Physics

•   Arithmetic geometry seminar
•   Automorphic forms and their applications
•   Category Theory and its Applications

•   Functional Analysis and Quantum Systems

•   $C^*$-crossed products
•   Semigroup $C^*$-algebras and their representations

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•   Beijing–Moscow Mathematics Colloquium

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•   Monthly Seminar of the Moscow ACM SIGMOD Chapter

•   Scientic seminar «Actual problems of geometry and mechanics » named after Prof. V.V. Trofimov

•   Actual Problems of Applied Mathematics

•   Number Theory and Quantum Physics

•   Beijing–Moscow Mathematics Colloquium

•   Quasi cellular nets and other flow systems design and simulation tools

•   The history of mathematics education as a field of science and as Magistra Vitae

•   Seminar of the Department of Mathematics of NRNU MEPhI

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•   A. I. Bufetov course "Infinite-dimensional harmonic analysis"
•   Automorphic forms and their applications
•   Characteristic classes and intersection theory
•   Colloquium of Faculty of Mathematics
•   Combinatorics of Vassiliev invariants
•   Complex Systems Modeling and Control
•   Homology and homotopy methods in geometry
•   International Laboratory of Algebraic Topology and Its Applications Seminar
•   Mathematical modeling of traffic flows
•   Mini Classes of Faculty of Mathematics
•   Riemann surfaces, Lie algebras and mathematical physics
•   Seminar on functional analysis and algebraic combinatorics
•   Weekly seminar of Laboratory of algebraic geometry

•   Functional analysis and its applications
•   Seminar of Laboratory of Theory of Functions "Modern Problems of Complex Analysis"

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•   Functional Analysis and applications
•   Scientific seminar on the differential and functional differential equations
•   Seminar on mathematical modeling in biology and medicine
•   Seminar on nonlinear problems of partial differential equations and mathematical physics

•   Scientific meetings of the Nizhny Novgorod Mathematical Society

•   Actual Problems of Applied Mathematics

•   Beijing–Moscow Mathematics Colloquium
•   Joint Mathematical seminar of Saint Petersburg State University and Peking University

•   Seminar on Analysis, Differential Equations and Mathematical Physics

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•   Joint Mathematical seminar of Saint Petersburg State University and Peking University

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•   Mathematics of Artificial Intelligence

•   Probability and Approximation
•   Scientific seminar of the Faculty of Physics and Mathematics of Smolensk State University

•   2023-ary quasigroups and related topics
•   Actual Problems of Applied Mathematics

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•   Eavesdropping in Quantum Cryptography and Related Mathematical Problems

•   Steklov Mathematical Institute Seminar
•   Colloquium of Steklov Mathematical Institute of Russian Academy of Sciences
•   Shafarevich Seminar
•   Iskovskikh Seminar
•   Geometric Topology Seminar
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•   "Geometric group theory"
•   A.E. Teretenkov. Fundamentals of open quantum systems Theory
•   Algorithmic Problems of Algebra
•   Algorithmic Problems of Algebra
•   Algorithmic Problems of Algebra
•   Arithmetic geometry seminar
•   Beijing–Moscow Mathematics Colloquium
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Classical and Quantum Stochastic Processes
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Control of Quantum Systems
•   Convergence of Random Processes
•   Course by A. G. Sergeev "Noncommutative geometry and analysis"
•   Course by A. I. Tyulenev "Geometric Measure Theory. Introduction."
•   Course by A. V. Fonarev "Foundations of Algebraic Geometry"
•   Course by A. V. Zotov "Introduction to integrable systems and dualities"
•   Course by A. Ye. Teretenkov "Foundations of open quantum systems theory"
•   Course by A. A. Arutyunov "Coarse geometry"
•   Course by A. A. Gaifullin "Triangulated manifolds"
•   Course by A. G. Sergeev "Lectures on the theory of topological insulators "
•   Course by A. G. Sergeev "Mathematical methods in the solid state physics"
•   Course by A. I. Bufetov, S. M. Gorbunov and A. V. Klimenko "Intoduction to the theory of determinantal point processes"
•   Course by A. L. Kanunnikov "Combinatorics of domino tilings"
•   Course by A. L. Talambutsa "Decision problems in algebra"
•   Course by A. S. Schwarz "Quantum mechanics and quantum field theory. Algebraic and geometric approaches"
•   Course by A. S. Trushechkin and D. A. Kronberg "Mathematical foundations of quantum cryptography"
•   Course by A. Soldatenkov "Introduction to Kähler geometry"
•   Course by A. T. Il'ichev "Stability of non-uniform states in unbounded spatial domains"
•   Course by A. V. Dukov and S. S. Minkov "Vector fields and measure theory"
•   Course by A. V. Dymov and S. B. Kuksin "Random dynamical systems"
•   Course by A. V. Fonarev "Modules over finite-dimensional algebras II"
•   Course by A. V. Fonarev "Modules over finite-dimensional algebras"
•   Course by A. V. Komlov and S. P. Suetin "Basics of the theory of Padé approximants and their generalizations"
•   Course by A. V. Kudinov and D. S. Shamkanov "Neighbourhood semantics of modal logics"
•   Course by A. V. Zotov "Elliptic functions, R-matrix identities and integrable structures"
•   Course by D. D. Kiselev "Introduction to the character theory of linear representations of finite groups"
•   Course by D. D. Kiselev "Inverse Galois Theory: embedding problem"
•   Course by D. D. Kiselev "Standard Gröbner–Shirshov bases and related questions"
•   Course by D. S. Shirokov "Foundations of the theory of Clifford algebras and spinors"
•   Course by D. V. Bykov "Flag manifold sigma models: spin chains and integrable theories"
•   Course by D. V. Osipov "Elliptic curves and their arithmetic properties"
•   Course by D. V. Pirozhkov "Derived categories of coherent sheaves"
•   Course by E. Yu. Bunkova, P. G. Grinevich and O. K. Sheinman "Algebro-geometric methods in the theory of integrable systems"
•   Course by E. D. Kosov "Chaining technique and its applications to the problems of analysis"
•   Course by E. Yu. Bunkova, P. G. Grinevich and O. K. Sheinman "Algebraic-geometric methods in the theory of integrable systems: classical intehrable systems and Hitchin systems"
•   Course by G. G. Amosov "Quantum information and quantum dynamics"
•   Course by G. G. Amosov. Mathematical foundations of quantum mechanics
•   Course by G. B. Shabat "Arithmetic surfaces"
•   Course by G. B. Shabat "Classification problems in algebraic geometry"
•   Course by G. B. Shabat "Dessins d'enfants and number theory"
•   Course by G. B. Shabat "Introduction to Grothendieck topologies"
•   Course by G. B. Shabat "Introduction to the theory of zeta-functions"
•   Course by G. B. Shabat "Structures on Manifolds"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov "Mathematical foundations of quantum mechanics"
•   Course by G. G. Amosov and V. I. Yashin "Models of computation on quantum circuits"
•   Course by G. S. Chernykh "Complex cobordisms"
•   Course by I. G. Lysenok "Introduction to geometric group theory"
•   Course by I. G. Lysenok "Introduction to geometric group theory"
•   Course by I. A. Dynnikov and M. V. Prasolov "Hilbert cube and low-dimensional topology"
•   Course by I. G. Lysenok "Equations in groups"
•   Course by I. G. Lysenok "Introduction to geometric group theory II"
•   Course by I. S. Rezvyakova "On the densest sphere packing in dimension eight"
•   Course by I. S. Rezvyakova "On the densest sphere packing in dimension eight"
•   Course by I. V. Ermakov "Modern computational approaches in many-body problems of quantum mechanics"
•   Course by K. V. Loginov "Introduction to birational geometry"
•   Course by L. D. Beklemishev "Introduction to Model Theory"
•   Course by L. D. Beklemishev and T. L. Yavorskaya "Provability and Formal Arithmetic II"
•   Course by M. A. Korolev "Sieve methods"
•   Course by M. A. Korolev "Sieve methods: selected topics"
•   Course by M. G. Matushko "Symmetric functions and integrable systems "
•   Course by M. R. Pentus "Context-free languages"
•   Course by M. V. Zhitlukhin "Introduction to the theory of martingales"
•   Course by M. V. Zhitlukhin "Introduction to the theory of martingales"
•   Course by M. V. Zhitlukhin "Theory of martingales and stochastic integration"
•   Course by N. A. Tyurin "Introduction to lagrangian geometry of symplectic manifolds"
•   Course by O. È. Zubelevich "Elements of Dynamical Systems"
•   Course by O. G. Balkanova "Spectral theory and the Kuznetsov trace formula"
•   Course by R. V. Shamin "Functional analysis and machine learning"
•   Course by R. V. Shamin "Machine learning in game theory"
•   Course by R. V. Shamin "Mathematics of data analysis"
•   Course by R. V. Shamin "Stochastic analysis and its applications in machine learning "
•   Course by S. O. Gorchinskiy "Differential Galois Theory"
•   Course by S. L. Kuznetsov and D. S. Shamkanov "Circular proofs"
•   Course by S. O. Speranski "Decidable and undecidable theories"
•   Course by S. O. Speranski "Non-standard models of arithmetic and analysis"
•   Course by T. L. Yavorskaya "Justification logic"
•   Course by T. V. Salnikova "Paradoxes of thermodynamics and statistical mechanics, stability of solutions of the Vlasov kinetic equation"
•   Course by T. V. Sal'nikova "Stability and chaos of a system of gravitating bodies"
•   Course by V. V. Nikulin "Automorphism groups of K3 surfaces and groups generated by reflections in Lobachevsky spaces"
•   Course by V. A. Vatutin "Branching processes and their applications"
•   Course by V. B. Shehtman "Algebraic logic and categories"
•   Course by V. G. Kanovei "Descriptive set theory"
•   Course by V. I. Yashin "Computations on fault-tolerant quantum circuits"
•   Course by V. P. Pavlov "Seismology from the theoretical physics standpoint"
•   Course by V. V. Markov "Introduction to the theory of gas detonation"
•   Course by V. V. Markov "Applications of detonation theory to problems of energetics and explosion safety"
•   Course by V. V. Shokurov "Birational geometry of algebraic surfaces"
•   Course by V.V. Markov "Introduction to the theory of gaseous detonation"
•   Course by Yu. G. Prokhorov and C. A. Shramov "Algebraic curves"
•   Course by Yu. G. Prokhorov, C. A. Shramov. Algebraic Curves
•   Course by Yu. G. Prokhorov and C. A. Shramov "Algebraic surfaces"
•   Course by Yu. L. Sachkov "Elements of Optimal Control Theory"
•   Course by Yu. L. Sachkov "Geometric control theory, sub-Riemannian geometry, and their applications"
•   Course by Yu. V. Malykhin "Approximation and matrix complexity"
•   Dynamical Systems and Mathematical Physics
•   Dynamical Systems and PDEs
•   Foundations of Set Theory
•   Foundations of Set Theory
•   Foundations of Set Theory
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Foundations of the theory of open quantum systems
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Functional integrals and applications in quantum theory and statistical mechanics
•   Geometric Group Theory
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Methods in Quantum Information
•   Geometric Theory of Optimal Control
•   I.A. Dynnikov, M.V. Prasolov, V.A. Shastin. Combinatorics of rectangular diagrams of knots and surfaces and contact topology.
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to computational complexity theory
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Integrable Systems
•   Introduction to Nonclassical Logics
•   Introduction to Nonclassical Logics
•   L. D. Beklemishev, S. L. Kuznetsov. Computational proof theory and lambda calculus
•   Lambda Calculus
•   Lambda Calculus
•   Mathematical Foundations of Artificial Intelligence
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science
•   Mathematical foundations of quantum information science. Part II
•   Nonclassical Logics
•   Nonclassical Logics
•   Non-equilibrium dynamics of quantum and classical many-body systems
•   Number Theory
•   Number Theory
•   Number Theory
•   Number Theory
•   Number Theory 2
•   Provability and Formal Arithmetic
•   Provability and Formal Arithmetic
•   Provability and Formal Arithmetic
•   Quantum computation
•   Quantum computation
•   Quantum computation
•   Quantum computation
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Cryptography
•   Quantum Gravity and All of That
•   Quantum Tensor Networks
•   Quantum Tensor Networks
•   R.V. Shamin. Machine learning and artificial intelligence in mechanics
•   Seminar "Mathematical Problems in Industry"
•   Seminar `Low-dimensional topology'
•   Seminar by A. I. Bufetov, A. V. Dymov, A. V. Klimenko, M. Mariani and G. I. Olshanskii “Representations and Probability”
•   Seminar by A. V. Zotov, A. K. Pogrebkov and N. A. Slavnov "Methods of classical and quantum integrable systems"
•   Seminar by A. V. Zotov, A. K. Pogrebkov and N. A. Slavnov "Methods of classical and quantum integrable systems"
•   Seminar by D. O. Orlov, Yu. G. Prokhorov and C. A. Shramov "Algebraic geometry"
•   Seminar by D. O. Orlov, Yu. G. Prokhorov and C. A. Shramov "Minimal Model Program"
•   Seminar by D. O. Orlov, Yu. G. Prokhorov and С. A. Shramov "Algebraic curves"
•   Seminar by I. D. Shkredov "Problems of additive combinatorics"
•   Seminar by I. V. Volovich, V. V. Kozlov, S. V. Kozyrev and A. S. Trushechkin "Quantum Mathematical Physic"
•   Seminar by I. Ya. Aref'eva "Perspective directions in quantum field theory and superstrings"
•   Seminar by I. G. Lysenok and A. L. Talambutsa "Seminar on geometric group theory"
•   Seminar by S. L. Kuznetsov and S. O. Speranski "Logical and algebraic methods in linguistics"
•   Seminar by S. L. Kuznetsov and S. O. Speranski "Non-classical Logics"
•   Seminar by S. L. Kuznetsov and V. B. Shehtman "Algebraic and categorical logic"
•   Seminar by S. O. Gorchinskiy and A. V. Fonarev "Introduction to algebraic $K$-theory"
•   Seminar by V. V. Kozlov, S. V. Kozyrev, A. S. Trushechkin and I. V. Volovich "Quantum mathematical physics"
•   Seminar by Yu. G. Prokhorov and С. A. Shramov "Surfaces of general type"
•   Seminars "Proof Theory" and "Logic Online Seminar"
•   Set Theory
•   Set Theory
•   Structural Proof Theory and Algebraic Logic
•   Structural Proof Theory and Algebraic Logic
•   Workshop by Vik. S. Kulikov "Invariants of finite coverings of projective spaces"
•   Eavesdropping in Quantum Cryptography and Related Mathematical Problems

•   Quantum Gravity and All of That

•   Dynamical Systems and PDEs

•   Quantum Gravity and All of That