• A
  • A
  • A
  • ABC
  • ABC
  • ABC
  • А
  • А
  • А
  • А
  • А
Regular version of the site

'I Have Been Happy from the First Moment'

Takashi Takebe is a Research Fellow at the International Laboratory of Representation Theory and Mathematical Physics and Professor at the Faculty of Mathematics. He has been at HSE since 2009. He is a PhD in Mathematics from the University of Tokyo. He spoke to HSE News in English service about the unpredictability of life for international academics in Moscow, about teaching mathematics to Russians, the problems of language and cycling tours.

— You have been living and working in Moscow since 2009. How would you describe your experience as an international expert in Russia?

— When I came to HSE in 2009 as the first foreign colleague of the Faculty of Mathematics, there was no 'international recruiting procedure'. So, if you are calling those colleagues who have been hired by that procedure 'international experts', I am not one of them, but I feel honoured to be called in that way!

When I told my friends in Russia about my decision to move to HSE from a university in Japan in 2009, they worried for me, because the Faculty of Mathematics had just been born and nobody knew its fate. One of my Russian friends even said, 'Are you crazy? You should not throw away your permanent position in Japan and come to such a place, which might not exist a year later!' It was a gamble but I won the bet. After six years, the Faculty of Mathematics is still growing: excellent new colleagues are joining us and strong students are enrolling on our courses.

Actually I have been happy from the first moment, having an opportunity to work with outstanding world-famous mathematicians. Not only the seminars at HSE but also those at other places in Moscow (the Moscow Independent University, the Steklov institute and so on) are quite active and interesting. Moreover, friends and colleagues help me a lot in various ways, which makes my life here easier.

The Faculty of Mathematics is still growing: excellent new colleagues are joining us and strong students are enrolling on our courses

Of course, I know that a utopia cannot exist, because of the meaning of the word itself [in Greek - ou topos - nowhere]. Besides bureaucratic nuisances like visa renewal and registration, what is not very convenient for me here is the lack of the office space for my books and notebooks (I left or donated half of my books in Japan) and the absence of a library at the math faculty.

— What challenged you at the beginning, when you started teaching at the Faculty of Mathematics?

— It is well known all over the world that the level of Russian mathematics is very high. I know many star mathematicians who came from Russia. So, before I started working here, my main concern about teaching was, 'All Russian students must be strong and smart. Can I 'teach' them anything? Maybe they are smarter than I am!' Fortunately or unfortunately, only the stars were visible from afar. When I came close, I found black holes and dark nebulae as well as many stars.

— What are your research plans for 2015-2016?

— Recently I resumed research on elliptic quantum integrable systems, which is a continuation of the work I started twenty years ago for my PhD. I am also continuing research on dispersionless integrable hierarchies with my colleagues, Anton Zabrodin and Valeria Akhmedova. I want to finish writing a book on integrable hierarchies, which Prof. Noumi in Kobe, Japan, and I have been writing for a long time.

I have been happy from the first moment, having an opportunity to work with outstanding world-famous mathematicians. Moreover, friends and colleagues help me a lot in various ways, which makes my life here easier

— What are the 'lessons learned' and useful tips for international students and teachers coming to Moscow?

— Today's Russia is a comparatively young state founded in 1990's after the dissolution of the Soviet Union, so everything changes quickly. One needs to be constantly prepared for unexpected changes. In particular, as foreigners, we need to pay attention to immigration rules and so on. The situation with HSE, which is only twenty three years old, is just the same. Many things (rules, buildings, colleagues, organisation structure, etc.) are always changing. In that sense, I dare not give any concrete tips which would be obsolete in a moment.

— How good is your Russian? What are your favorite places in Moscow and across the country if you have had time to explore Russia?

— My friends say that I write 'perfect Russian', from which it can be deduced that the word 'perfect' does have a rather weak sense here, as I know that my Russian texts contain numerous errors. I started learning Russian when I was a master’s student around 1988 in order to read mathematical articles in Russian. I also stayed in Leningrad/St. Petersburg from 1990 till 1991 for one year as an exchange graduate student between the Soviet Union and Japan. In spite of such long experience I still feel frustrated and miserable when I want to say something complicated in Russian without success. Well, I can read/write/speak/understand mathematical texts better than literature and daily conversation, because the vocabulary necessary for special topics is restricted.

In Moscow I like to walk along boulevards, but when friends come from outside Russia, I recommend them to go to the Kolomenskoye Park. As I told you, I lived in Leningrad/St.Petersburg for one year and I love the city very much. Thanks to my friends in Moscow, especially Anton Zabrodin, I’ve been on cycling tours in Russia many times in these twenty years (mostly before starting work in HSE). I went to Karelia, Vologda, the White Sea and other places, camping around for two weeks each time. The tours were tough and exhausting (with terribly many mosquitoes!) but still gave me unforgettable impressions.

Anna Chernyakhovskaya, specially for HSE News service

 

 

 

See also:

Mathematician from HSE University–Nizhny Novgorod Solves Equation Considered Unsolvable in Quadratures Since 19th Century

Mathematician Ivan Remizov from HSE University–Nizhny Novgorod and the Institute for Information Transmission Problems of the Russian Academy of Sciences has made a conceptual breakthrough in the theory of differential equations. He has derived a universal formula for solving problems that had been considered unsolvable in quadratures for more than 190 years. This result fundamentally reshapes one of the oldest areas of mathematics and has potential to have important implications for fundamental physics and economics. The paper has been published in Vladikavkaz Mathematical Journal.

‘Our Subject Is Absolute Truth in the Literal Sense’

What path does one have to follow to become a theoretical mathematician? Is there such a thing as a ‘mathematical personality’? And is it really true that all mathematicians are a bit eccentric? Valery Gritsenko, Professor at the Faculty of Mathematics and Head of the International Laboratory for Mirror Symmetry and Automorphic Forms, talks about 13-year-long referee reports and good films about mathematics.

HSE Scholars Win Young Russian Mathematics Contest

Associate Professor Yulia Zaitseva of the Faculty of Computer Science’s Big Data and Information Retrieval School and Research Assistant Ekaterina Nistyuk of the Laboratory on Algebraic Transformation Groups have been named among the winners of the Young Russian Mathematics research grant competition. Also among the awardees is Vladislav Pokidkin, a PhD student at the Faculty of Mathematics.

New Catalyst Maintains Effectiveness for 12 Hours

An international team including researchers from HSE MIEM has developed a catalyst that enables fast and low-cost hydrogen production from water. To achieve this, the scientists synthesised nanoparticles of a complex oxide containing six metals and anchored them onto various substrates. The catalyst supported on reduced graphene layers proved to be nearly three times more efficient than the same oxide without a substrate. This development could significantly reduce the cost of hydrogen production and accelerate the transition to green energy. The study has been published in ACS Applied Energy Materials. The work was carried out under a grant from the Russian Science Foundation.

Physicists Propose New Mechanism to Enhance Superconductivity with 'Quantum Glue'

A team of researchers, including scientists from HSE MIEM, has demonstrated that defects in a material can enhance, rather than hinder, superconductivity. This occurs through interaction between defective and cleaner regions, which creates a 'quantum glue'—a uniform component that binds distinct superconducting regions into a single network. Calculations confirm that this mechanism could aid in developing superconductors that operate at higher temperatures. The study has been published in Communications Physics.

'Even among Geniuses, Luck Plays a Role in Winning a Nobel Prize'

Denis Bodrov studies particle physics and works at one of the four electron–positron colliders in the world. In this interview with the HSE Young Scientists project, he talks about his efforts to go beyond the Standard Model, discusses tau leptons, and shares his affection for Moscow.

Physicists at HSE University Reveal How Vortices Behave in Two-Dimensional Turbulence

Researchers from the Landau Institute for Theoretical Physics of the Russian Academy of Sciences and the HSE University's Faculty of Physics have discovered how external forces affect the behaviour of turbulent flows. The scientists showed that even a small external torque can stabilise the system and extend the lifetime of large vortices. These findings may improve the accuracy of models of atmospheric and oceanic circulation. The paper has been published in Physics of Fluids.

New Method for Describing Graphene Simplifies Analysis of Nanomaterials

An international team, including scientists from HSE University, has proposed a new mathematical method to analyse the structure of graphene. The scientists demonstrated that the characteristics of a graphene lattice can be represented using a three-step random walk model of a particle. This approach allows the lattice to be described more quickly and without cumbersome calculations. The study has been published in Journal of Physics A: Mathematical and Theoretical.

‘It Was Interesting to See How Our Chinese Colleagues Work’: HSE Researchers Take Part in Hefei Summer School

This summer, Diana Sukhoverkhova, Daria Mazur, and David Kagramanyan, research assistants at the MIEM HSE Laboratory for Computational Physics, spent five weeks in China. At the Future Scientist Exchange Program (FuSEP) summer school in Hefei, they worked in new fields of science together with their Chinese colleagues. HSE's promising scientists spoke to the HSE News Service about their intense and productive time in China.

HSE University Wins Seven Medals at International Mathematics Competition for University Students

HSE students were among the winners of the International Mathematics Competition for University Students (IMC), which was held in August in Bulgaria. The medallists are students of the HSE Faculty of Computer Science (FCS) programme in Applied Mathematics and Information Science and the Faculty of Mathematics programme in Mathematics.