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HSE Physics Students to Help Create Map of Universe

The Higher School of Economics is welcoming its first class of students to the Faculty of Physics. The new faculty is unique in that it fosters a close relationship between education and science. At the Space Research Institute, for instance, future master’s students will create devices to study space plasma, analyse data from satellites, and learn to determine space weather.

The HSE Faculty of Physics has six joint departments, including the Department of Space Physics, which was created in partnership with the Space Research Institute of the Russian Academy of Sciences. This is the main academic institute for the study and use of outer space.

The Space Research Institute was founded in 1965 and currently conducts experimental and theoretical scientific work in fields such as astrophysics, the physics of planets and small bodies in the solar system, solar physics and the physics of solar-terrestrial connections, cosmic plasma, and nonlinear geophysics. The institute also develops programmes for scientific space research and develops and tests different apparatuses for research projects approved by the Russian Academy of Sciences and the Federal Space Agency.

With the Space Research Institute, the Higher School of Economics is planning to train specialists in two key areas: high-energy astrophysics and space plasma physics. This includes solar physics.

What the Universe Is Made of

Space plasma physics is a key area in the institute’s theoretical and experimental research. Space plasma appeared during the first moments of the birth of the universe after the Big Bang and is one of the most widespread states of matter in nature. Nearly 99% of matter in the universe is in a plasma state (not counting dark matter and dark energy, the nature of which is still unclear). That includes all stars, including the Sun, as well as the interstellar and interplanetary medium and even the upper layers of planet atmospheres. It is plasma processes in particular that control solar activity and its consequences – geomagnetic activity on Earth, also known as space weather. Research can be conducted on these processes with the help of long-distance spectral methods, optic telescopes, radio telescopes, outer-atmospheric X-rays, and gamma-observatories on space vehicles.

Staff from the space plasma division of the Space Research Institute have participated in work on practically all Soviet and Russian plasma- and planet-related projects. This includes Intercosmos; Cosmos; Prognoz; the automatic interplanetary stations Luna, Venera, Mars, and Fobos; and the space stations Salyut, Mir, the ISP, and others.

In their solar physics research, scientists from the Space Research Institute along with British colleagues from the University of Warwick won a grant from the British Council to study the seismology of the solar corona’s active regions. The researchers are planning to step closer towards a key objective in solar physics – assessing free magnetic energy in flare regions. This knowledge is necessary to evaluate the energy given off by flares, as well as their impact on the Earth and on space infrastructure. HSE students who choose to conduct research in this field will be able to participate in partner research projects and gain experience through international internships.

How Galaxies Evolve

The next field that will be developed at HSE thanks to the partnership with the Space Research Institute is high-energy astrophysics. Research in this area began at the institute in the early 1980s under the leadership of Yakov Zeldovich, one of the creators of relativistic astrophysics. This is a new area of science in which the theory of general relativity is applied to astrophysical objects.

Since the division first started within the Space Research Institute, the Russian Academy of Sciences, along with Russian and international partners, have carried out a number of astrophysics-centred projects to study the universe. This includes the Roentgen Orbital Observatory on MIR, the Granat Observatory, and the Integral Observatory. The Integral still operates and currently conducts hyperfine gamma spectroscopy on cosmic radiation and constructs images of the sky in an energy range between 15 keV and 10 MeV.

Other projects include the RTT150 Russian-Turkish 1.5-m Telescope, which is used to provide on-the-ground support to space projects in the field of high-energy astrophysics (INTEGRAL and in the future SPEKTR-RG). The objective is to build a map of the universe where all large galaxy cluster can be indicated, thus helping answer the question of how galaxies evolve. 

Lev Zelenyi, Director of the Space Research Institute of the Russian Academy of Sciences, Head of the Joint Department of Space Physics

Plans for the Future

‘There is one more prospective field that we are planning to develop – space navigation and ballistics,’ adds Lev Zelenyi, who is the Director of the Space Research Institute of the Russian Academy of Sciences and the Head of the Joint Department of Space Physics. ‘What is necessary in this field is an excellent knowledge of mathematics, which the Higher School of Economics is famous for, as it now has one of the best mathematics faculties in the country. And we want to achieve the same results in physics.’

With the discovery of gravitational waves, scientists have gotten another channel with which to learn more about the universe. It is in this field in particular, as well as in cosmology (a science that studies the formation of the solar system), where interesting discoveries will be made in the years ahead, Professor Zelenyi says.

A Special Environment

‘One can do nothing but envy the students who will come study this since the amount of research is clearly growing in the field of astronomy, astrophysics, and planetary physics. Because of this, HSE is certainly making the right decision in opening a physics faculty right now, and I think that with time it will become one of the institute’s adornments,’ Mr Zelenyi notes.

‘The master’s students who are joining us this year are headed for specific instructors, as they already know what they want to do,’ adds Maksim Dolgonosov, Deputy Head of the Joint Department of Space Physics and Senior Researcher with the Space Research Institute. ‘We are happy with the way our relationship is unfolding with HSE. For us this represents an opportunity to supply our organisations with more young and qualified staff. After all, you need a special environment in order to produce a researcher who has the skills to conduct his or her own future work independently and one with a well developed scientific view of the world. This environment has to be flexible, responsive, and capable of sensitively reacting to changes. It also has to factor in the interests of both students and scientific organisations. This is precisely the atmosphere we are going to create with HSE. We already have examples of our close partnership with the school. We won a grant to invite a foreign researcher to the school thanks to the HSE Teaching Excellence Initiative, and we organised a lecture series by University of Warwick Professor Valery Nakariakov. He lectured on solar physics, and we invited future HSE master’s students to attend.’

According to one of the applicants to the faculty’s master’s programme, Evgeny Belezyorov, he became familiarised with HSE during one of the university’s summer school in physics for those applying to the master’s programme. It was during this time that Evgeny met the faculty’s Deputy Dean Alexander Kostinskiy.

‘I was interested in solar physics, which is why I chose the space physics department and met with Maksim Dolgonosov, who is responsible for the Space Research Institute’s work with students. He showed me the laboratories and introduced me to some researchers with the institute. Before that I had visited other universities, but no one really struck up a conversation with me there, while I got a different impression here. Today I stopped by the department to talk with Ivan Zimovets, who I hope will one day be my academic supervisor.’


See also:

Not Getting Lost in Space: Why It’s Important to Learn to Detect Signals from Neutron Stars

The big scanning antenna at the Pushchino Radio Astronomy Observatory logs almost 90 GB of data every day. The data are usually processed by the astronomers manually. Vladimir Samodurov and Alexander Gorbunov, researchers at the HSE Faculty of Business and Management, decided to relieve the scholars from this hard work and give this job to neural networks. They shared the results of their work in the paper ‘Perspectives of intellectual processing of large volumes of astronomical data using neural networks’.

Predictions Only Hold Scientists Back

Together with his colleagues, Igor Kukushkin, Chief Research Fellow at the Institute of Solid State Physics (Russian Academy of Sciences) and Professor at the Faculty of Physics at the Higher School of Economics, has founded two scientific-commercial enterprises. Their products are used in a range of areas, including pharmaceuticals and medicine, as well as to control the quality of various materials and even in the fight against terrorism. Igor Kukushkin spoke to the HSE news service about how to combine science and business.

Smartphones Сome in Handy for the Rare Cosmic Particles Search

Researchers from the Laboratory of Methods for Big Data Analysis (LAMBDA) at the Higher School of Economics have improved their way of analyzing ultra-high energy cosmic rays (UHECR) with the use of mobile phones. The work has been carried out as part of the CRAYFIS experiment and the results were presented at the 22nd International Conference on Computing in High Energy and Nuclear Physics.

Co-nonsolvency Explained: Researchers Publish Ground-breaking Findings

Researchers from the Higher School of Economics and the University of Leipzig have created a model which enables the timely and effective prediction of polymer behavior in mixed solvents. This is the first scientific work to explain, using statistical mechanics, the effect of suppression of co-nonsolvency at high pressures. The findings have been published in the journal Soft Matter.

Freshmen Team from HSE Faculty of Physics Came Third at National Theoretical Mechanics Competition

From November 20th – 24th, 2017, the National Theoretical Mechanics Competition took place at the Kazan State Power Engineering University, attracting 120 students from 35 Russian universities.

HSE MIEM Professor Elected Fellow of American Physical Society

The American Physical Society (APS) has recognised HSE MIEM Professor Lev Shchur for his innovative use of computer simulations and the development of superior random number generators for their use in statistical physics. Professor Shchur is the only academic working in Russia to be selected as APS Fellow in 2017.

First Enrollment at HSE Faculty of Physics

This year the first enrollment was held at HSE Faculty of Physics: since September 26 bachelor’s and 14 master’s students will start their studies at the faculty. They received student ID cards as well as promises to study in creative atmosphere with assistance.

Alexei Starobinsky, Professor in Faculty of Physics, Elected Foreign Associate at U.S. National Academy of Sciences

Alexei Starobinsky, Professor in the HSE Faculty of Physics, has been elected Foreign Associate at the U.S. National Academy of Sciences. Previously, he has served as an elected member of the National Academy of Sciences of Germany (Leopoldina), the Norwegian Academy of Science and Letters, and two Indian academies – the Indian National Science Academy (New Delhi) and the National Academy of Sciences (Allahabad).

CERN Workshop at the HSE Faculty of Computer Science

Thirty school students from Moscow and the Moscow Region recently had an opportunity to meet international researchers and analyze data obtained from the Large Hadron Collider at a workshop organized by HSE’s Faculty of Computer Science, Yandex and CERN.

HSE Experts Investigate How Order Emerges From Chaos

Igor Kolokolov and Vladimir Lebedev, scientific experts from HSE’s Faculty of Physics and the Landau Institute for Theoretical Physics of Russian Academy of Sciences, have developed an analytical theory, which binds the structure of coherent vortices formed due to inverse cascades in 2-D turbulence with the statistical properties of hydrodynamic fluctuations. Uncovering this link can be useful in identifying the causes of the particular characteristics of such atmospheric phenomena as cyclones and anticyclones. Their research is presented in an article published in the ‘Journal of Fluid Mechanics’.