Yuri M. Burman
- Associate Professor:Faculty of Mathematics
- Research Fellow:Faculty of Mathematics / International Laboratory of Cluster Geometry
- Yuri M. Burman has been at HSE University since 2009.
Education and Degrees
- 1992
Candidate of Sciences* (PhD) in Automated Control Systems of Technological Processes and Production
RAS Institute of Control Sciences - 1992
Doctoral programme
RAS Institute of Control Sciences - 1990
Degree in Applied mathematics
Moscow Institute of Physics and Technology, Applied mathematics and control science - 1990
Degree in Applied mathematics
Moscow Institute of Physics and Technology, Applied mathematics and control science
According to the International Standard Classification of Education (ISCED) 2011, Candidate of Sciences belongs to ISCED level 8 - "doctoral or equivalent", together with PhD, DPhil, D.Lit, D.Sc, LL.D, Doctorate or similar. Candidate of Sciences allows its holders to reach the level of the Associate Professor.
Courses (2022/2023)
- Research Seminar "Basic Applications of Mathematics" (Optional course (faculty); 3, 4 module)Rus
- Research Seminar "Basic Notions of Mathematics 1" (Optional course (faculty); 1, 2 module)Rus
- Research Seminar "Basic Notions of Mathematics 2" (Optional course (faculty); 3, 4 module)Rus
- Past Courses
Courses (2021/2022)
- Calculus (Bachelor’s programme; Faculty of Mathematics; 1 year, 1-4 module)Rus
- Discrete Mathematics (Bachelor’s programme; Faculty of Mathematics; 1 year, 1 module)Rus
- Introduction to Topology (Bachelor’s programme; Faculty of Mathematics; 1 year, 2-4 module)Rus
- Research Seminar "Basic Applications of Mathematics" (Optional course (faculty); Faculty of Mathematics; 3, 4 module)Rus
- Research Seminar "Basic Notions of Mathematics 1" (Optional course (faculty); Faculty of Mathematics; 1, 2 module)Rus
- Research Seminar "Basic Notions of Mathematics 2" (Optional course (faculty); Faculty of Mathematics; 3, 4 module)Rus
Courses (2020/2021)
- Algebra (Bachelor’s programme; Faculty of Mathematics; 2 year, 1-4 module)Rus
- Discrete Mathematics (Bachelor’s programme; Faculty of Mathematics; 1 year, 1 module)Rus
- Introduction to Topology (Bachelor’s programme; Faculty of Mathematics; 1 year, 2-4 module)Rus
- Research Seminar "Basic Applications of Mathematics" (Optional course (faculty); Faculty of Mathematics; 3, 4 module)Rus
- Research Seminar "Basic Notions of Mathematics 1" (Optional course (faculty); Faculty of Mathematics; 1, 2 module)Rus
- Research Seminar "Basic Notions of Mathematics 2" (Optional course (faculty); Faculty of Mathematics; 3, 4 module)Rus
- Геометрия (Bachelor’s programme; Faculty of Mathematics; 1 year, 1-4 module)Rus
Courses (2019/2020)
Calculus (Bachelor’s programme; Faculty of Mathematics; field of study "01.03.01. Математика", field of study "01.03.01. Математика"; 1 year, 1-4 module)Rus
- Introduction to Topology (Bachelor’s programme; Faculty of Mathematics; 1 year, 2, 3 module)Rus
- Research Seminar "Basic Notions of Mathematics" (Optional course (faculty); Faculty of Mathematics; 1, 2 module)Rus
- Research Seminar "Mathematics Practical Training" (Bachelor’s programme; Faculty of Mathematics; 1 year, 1-4 module)Rus
Courses (2018/2019)
- Discrete Mathematics (Bachelor’s programme; Faculty of Mathematics; 1 year, 1, 4 module)Rus
- Introduction to Modern Topology (Bachelor’s programme; Faculty of Economic Sciences; 1 year, 3, 4 module)Rus
- Introduction to Modern Topology (Bachelor’s programme; Faculty of Economic Sciences; 3 year, 3, 4 module)Rus
- Introduction to Modern Topology (Bachelor’s programme; Faculty of Economic Sciences; 2 year, 3, 4 module)Rus
- Introduction to Topology (Bachelor’s programme; Faculty of Mathematics; 1 year, 2, 3 module)Rus
- Mathematics Practical Training (Bachelor’s programme; Faculty of Mathematics; 1 year, 1-4 module)Rus
- Research Seminar "Basic Notions of Mathematics" (Optional course (faculty); Faculty of Mathematics; 1, 2 module)Rus
- Research Seminar "Introduction to Combinatorial Theory" (Optional course (faculty); Faculty of Mathematics; 1, 2 module)Eng
Courses (2017/2018)
- Calculus-2 (Bachelor’s programme; Faculty of Economic Sciences; 2 year, 1, 2 module)Rus
- Introduction to Discrete Mathematics (Bachelor’s programme; Faculty of Mathematics; 1 year, 4 module)Rus
- Introduction to Topology (Smooth Manifolds) (Bachelor’s programme; Faculty of Mathematics; 2 year, 1-3 module)Rus
- Mathematics Practical Training (Bachelor’s programme; Faculty of Mathematics; 1 year, 1-4 module)Rus
- Research Seminar "Basic Notions of Mathematics" (Optional course (faculty); Faculty of Mathematics; 1, 2 module)Rus
Courses (2016/2017)
- Calculus (Bachelor’s programme; Faculty of Mathematics; 1 year, 1-4 module)Rus
- Introduction to Discrete Mathematics (Bachelor’s programme; Faculty of Mathematics; 1 year, 4 module)Rus
Conferences
Publications30
- Article Yurii Burman, Kulishov Valeriy. Lie elements and the Matrix-tree theorem // Moscow Mathematical Journal. 2023. Vol. 23. No. 1. P. 47-58. doi
- Preprint Burman Y. M., Fesler Raphaël. RIBBON DECOMPOSITION AND TWISTED HURWITZ NUMBERS / Cornell University. Series math "arxiv.org". 2022. doi (in press)
- Article Burman Y. M., Froberg R., Shapiro B. Algebraic relations between harmonic and anti-harmonic moments of plane polygons. // International Mathematics Research Notices. 2021. No. 14. P. 11140-11168. doi
- Article Burman Y. M., Froeberg R., Shapiro B. Algebraic relations between harmonic and anti-harmonic moments of plane polygons // International Mathematics Research Notices. 2020. P. 1-29. doi
- Article Burman Y. M. Higher matrix-tree theorems and Bernardi polynomial // Journal of Algebraic Combinatorics. 2019. Vol. 50. No. 4. P. 427-446. doi
- Article Shapiro B., Yurii Burman. On Hurwitz--Severi numbers // Annali della Scuola Normale Superiore di Pisa, Classe di Scienze. 2019. Vol. XIX. No. 1. P. 155-167. doi
- Preprint Yurii Burman, Shapiro B. On Hurwitz--Severi numbers / Cornell University. Series math "arxiv.org". 2016. No. 06935.
- Preprint Yurii M. Burman. Higher determinants and the matrix-tree theorem / Cornell University. Series math "arxiv.org". 2015. No. 1508.02245.
- Article Yurii Burman, Ploskonosov A., Trofimova A. Matrix-tree theorems and discrete path integration // Linear Algebra and its Applications. 2015. No. 466C. P. 64-82. doi
- Article Yu. Burman, Serge Lvovski. On projections of smooth and nodal plane curves // Moscow Mathematical Journal. 2015. Vol. 15. No. 1. P. 31-48.
- Preprint Burman Y. M. Lie elements in the group algebra / Cornell University. Series math "arxiv.org". 2013. No. 1309.4477.
- Preprint Burman Y. M., Lvovsky S. On projections of smooth and nodal plane curves / Cornell University. Series math "arxiv.org". 2013. No. 1904.
- Preprint Burman Y. M. Operators of rank 1, discrete path integration and graph Laplacians / Cornell University. Series math "arxiv.org". 2012. No. arXiv:1205.1123.
- Preprint Burman Y. M., Ploskonosov A., Trofimova A. Higher matrix-tree theorems / Cornell University. Series math "arxiv.org". 2011. No. 1109.6625.
- Article Burman Y. M., Polyak M. Whitney's formulas for curves on surfaces // Geometriae Dedicata. 2011. Vol. 151. No. 1. P. 97-106. doi
- Article Burman Y. M., Zvonkine D. Cycle factorizations and 1-faced graph embeddings // European Journal of Combinatorics. 2010. Vol. 31. No. 1. P. 129-144. doi
- Article Burman Y. M., Berenstein A. Quasiharmonic polynomials for Coxeter groups and representations of Cherednik algebras // Transactions of the American Mathematical Society. 2010. Vol. 362. No. 1. P. 229-260. doi
- Article Burman Y. M., Berenstein A. Dunkl Operators and Canonical Invariants of Reflection Groups // Symmetry, Integrability and Geometry: Methods and Applications (SIGMA). 2009. Vol. 5. No. 57. P. 1-18. doi
- Article Burman Y. M., Shapiro B. Around matrix-tree theorem // Mathematical Research Letters. 2003. Vol. 13. No. 5. P. 761.
- Article Burman Y. M., Shapiro M. Coding parking functions by pairs of permutations // Electronic Journal of Combinatorics. 2003. Vol. 10. No. 1
- Article Поляк М., Burman Y. M. Geometry of Whitney-Type Formulas // Moscow Mathematical Journal. 2003. Vol. 3. No. 3
- Article Burman Y. M. Triangulation of surfaces with boundary and the homotopy principle for functions without critical points // Annals of Global Analysis and Geometry. 1999. Vol. 17. No. 3
- Book Фейгин Б. Л., Бурман Ю. М. Бесконечномерные алгебры Ли−1: полубесконечные формы, алгебра Вирасоро и вертексные операторы. М. : МЦНМО, 1997.
- Article Burman Y. M., Балинский А. Quadratic Poisson brackets and Drinfeld theory for associative algebras // Letters in Mathematical Physics. 1996. Vol. 38. No. 1
- Article Соловьев С., Burman Y. M., Бобылев Н. Error bounds for Galerkin procedures // Nonlinear Analysis. 1995. Vol. 24. No. 10. P. 1515.
- Article Burman Y. M. Morse theory for functions of two variables without critical points // Functional Differential Equations. 1995. Vol. 3. No. 1-2. P. 31.
- Book Burman Y. M., Бобылев Н., Коровин С. Approximation procedures in nonlinear oscillation theory. Berlin, NY : De Gruyter, 1994.
- Article Бобылев Н., Burman Y. M. Morse lemmas for multi-dimensional variational problems // Nonlinear Analysis. 1992. Vol. 18. No. 3. P. 595.
- Article Бобылев Н., Бурман Ю. М. Леммы Морса для функционалов вариационного исчисления // Функциональный анализ и его приложения. 1991. Т. 25. № 3. С. 1-11.
Employment history
2021 - u.n. Reseacher Fellow, International laboratory of cluster geometry, HSE University
2008 - u.n. Associate Professor, Faculty of Mathematics
1998 - 1999, 2001 Mathematic teacher, school 57, Moscow
1998 - u.n. Teacher, Independent Moscow University
1993 - 1995 Reseacher Technion, Haifa
1992 - 1993 Jjunior researcher Institute of Control Sciences of the Russian Academy of Sciences
1989 - 1993 Mathematic teacher, school 43, Moscow
Faculty of Mathematics Alumnus about Alma Mater and Doctoral Studies at Leiden University
Pavel Solomatin is one of the first wave of graduates from the HSE Faculty of Mathematics. He successfully graduated from the undergraduate and master’s programmes, and then enrolled in the Leiden University doctoral programme, where he is currently studying number theory under the academic supervision of Bart de Smit.