Would you like to plunge into the world of Marvel and remember how it all began?

You can join us on Sunday, May 19th, to watch the “Capitan America: The First Avenger (2011)" movie, and spend a good time with us and make new friends as well. Tea and snacks are waiting for you.

When: On Sunday, May 19th, at 6 p.m.
Where: 10th floor of "Parus"

P.S. If you are not living in" Парус", but want to join us — just write to contact person: Oybek Mamazakirov. 

Dear students!

The main May holiday – Victory Day, May 9 – is coming. This day is a symbol of the end of the Great Patriotic War (in English — the Eastern Front of World War II). It is the important reminder of the hard times in the past.

Since 1945 solemn events have been held throughout Russia: parades, laying wreaths and flowers on the graves of soldiers and around the eternal flame, fireworks. This is a way for the descendants to pay tribute to those people who sacrificed their lives to ensure peace in the world and the freedom of future generations.

One of the most important events of Victory Day is the procession of the “Bessmertny Polk” (Immortal Regiment) which appeared in Tomsk and then spread throughout Russia. Everyone has the right to bring a photo of their relative to the procession as well as describe relative’s story of life and participation in the war (not only in act of war but also in the rear).

We share with you the programme made by TSU for this year’s Victory Day. There are also festive events all over the city including Novosobornaya Square and Lagerny Sad. At 22:45 in Lagerny Sad you can watch a huge firework.

«Krasnaya gorka» holiday will take place on the May, 5, from 2 pm to 4 pm in front of the dormitory "Parus". 


This is a spring holiday with mass celebrations, songs, dances, the opportunity to have fun and relax, as well as to learn a lot about the Siberian traditions and culture. On the shores of the Mavlukeevsky lake, several sites devoted to Russian traditional culture and the Easter traditions of the Russian old-timers of the Tomsk province and all of Siberia will work at once. 


«Derevenskoye molochko» is the sponsor of the holiday. 


Don't miss a chance to join us!

Dear friends!

April is over and it means that we all are waiting for the May holidays. And the first one is today – May 1 – Labour Day. Usually on this day across Russia peaceful processions of workers and students are organized. All people leave their houses to share the joy of the start of the warmest spring month with others. 

We wish you happy spring holidays and kindly remind that the university departments are closed from May 1st to May 5th. See you on Monday!

TSU physicists are investigating the effects of radiation on DNA
Scientists from TSU's Laboratory of Experimental High Energy Physics and their colleagues from the University of Bordeaux are studying new ways of modeling the effects of low doses of radiation at the cellular level. For the first time, physicists will simulate the effects of radiation on DNA and calculate the probability of developing cancer in various chemical and biological environments.   This is an interdisciplinary project that combines modeling in physics, biology, and biochemistry. Scientists will investigate the processes occurring in the cell as a result of radiation exposure on environmental molecules and biological macromolecules and on subsequent physicochemical and biochemical processes.   When exposed to radiation on the human body, high-frequency radiation or high-energy particles penetrate into the living cell, knocking out electrons from the molecules that make it up. If at the same time ions appear in the cell or its DNA is damaged, then the cell cannot function normally. All these processes will be reproduced by mathematical modeling programs within the Geant4 software package.   - This integrated modeling tool is already used in nuclear medicine for treating oncological diseases and is also in demand in astronautics, for example, for preparing interplanetary expeditions, because it helps to predict the effect of radiation on astronauts and equipment during a long-term stay in space, explains Alexander Khodinov, Head of the Laboratory of Experimental High Energy Physics at TSU.   At the first stage, calculations will be made using the TSU computer facilities. The complexity of such work is that the calculation of each cycle or event takes up to an hour on a modern computer.   - The real representation of even a single cell requires the description of a number of components that is comparable to the description of a large physical installation, adds Alexander Khodinov. - We have to not only combine all the modeling processes in the same environment, but also increase the speed of calculations using hardware accelerators GPU and FPGA.   The new project became possible thanks to the participation of TSU physicists in the ATLAS and CMS experiments at the Large Hadron Collider (LHC) at the European Center for Nuclear Research (CERN). Approaches to creating computer programs for the LHC include developing methods for parallel computing and analyzing large amounts of data, which will now be used to study the effect of radiation on DNA.     Earlier, Tomsk scientists and their colleagues from France used the Geant4-DNA user application package for modeling electronic interactions in liquid water. The results are described in the article “Geant4-DNA Example Applications for Track Structure Simulations in Liquid Water: a Report from the Geant4-DNA Project”.
24.05.2019 Read More
TSU research team will launch a start-up in the EU
A unique technology for cleaning bottom sediments of oil-contaminated bodies of water, Aeroschup, is about to enter the European market. It was developed by the Biological Institute (BI) of Tomsk State University. In April 2019, a BI research group took part in the Deep Tech Atelier conference in Riga (Latvia) and negotiated with the management team of Commercialization Reactor, an international technology commercialization platform. The product designed by the BI research team is now the basis of a start-up that will be established in the European Union for solving environmental issues there and in other regions of the world.   – Participation in the Deep Tech Atelier conference is the starting point for our collaboration with Commercialization Reactor, a platform that establishes new technological start-ups in Latvia, bringing together local entrepreneurs with scientists (mainly from Russia and the CIS), - says Danil Vorobiev, Director of the BI TSU. - Promising ideas for further markets are selected by a network of experts from big European companies. The Aeroschup project approved at the qualifying stage will be presented to experts and participants of the next commercialization reactor in Riga this autumn.     The technology for assessing and cleaning oil-contaminated bodies of water successfully passed pilot tests and was used in the northern regions of Russia. In 2018, the lake remediation project implemented in the Khanty-Mansiysk region together with Samotlorneftegaz JSC, a TSU industrial partner, was the winner in the Russian Geographical Society competition in the Best Environmental Project category. This technology is to become the basis for a company in the EU.   – During this business trip to Riga, we managed to establish a number of working contacts with entrepreneurs, including the director and founder of Commercialization Reactor, Nikolai Adamovich, who confirmed interest in the presence of TSU in the international start-up platform, – says Andrei Trifonov, Aeroschup project engineer.   Aeroschup is a potential participant in the next session to be held in October 2019. It is planned to establish a new separate start-up with TSU’s technology. This will encourage international investment in the product’s development and provide access to global markets. In addition, it will strengthen the position of TSU as one of the leading centers of innovation development in the Russian Federation.   Earlier, Ambassador of Portugal to Russia Paulo Vizeu Pinheiro and Attache for Scientific and Educational Relations João Carlos Mendonça expressed their great interest in the project. During the meeting with the director of the BI, they proposed to develop a joint Russian-Portuguese project based on TSU researchers’ ideas to design Aeroschup MARINE. It would solve the global problem of the need to clean bottom sediments in offshore shelf areas from hydrocarbon raw materials. The possibility of such collaboration with the Centre for Marine and Environmental Research (CIMA) at the University of Algarve, a leading center for marine research, is currently under discussion.   The Aeroschup technology was used to clean and restore the ecosystem of Lake Shchuchye (Komi Republic), which entered the Guinness Book of Records as a body of water that had been contaminated after one of the largest on-land oil spills on the planet. Scientists lifted 157 tons of oil from its bottom using Aeroschup technology.
14.05.2019 Read More
Open Russian language online course on Coursera
Do you know that you can study online and for free?  TSU invites you to its massive open online courses on the Coursera platform!   The latest information for those who are now learning the Russian language: the University has an online course that teaches you to speak Russian!  The authors of the course are teachers of the TSU Faculty of Philology.   All course material is available free of charge.  You can start any day and study at a convenient time.  Just register and learn: https://www.coursera.org/learn/ya-govoryu-po-russki/
14.05.2019 Read More
What happens with the Arctic and subarctic lakes in the offseason?
Scientists at TSU, Umeå University (Sweden), and Midi-Pyrenees Observatory (France), under the SIWA (Siberian Inner Waters) international project, have studied for the first time the emission of greenhouse gases from thermokarst lakes in the cryolithozone of Western Siberia on a latitudinal gradient. The scientists have found that bodies of water formed as a result of melting permafrost emit a large number of greenhouse gases, and the maximum emission of carbon dioxide and methane is in the offseason. The research results of the international group are published in Nature Communications.   The interest in thermokarst lakes is very high, they have been actively investigated over the past few decades; however, previously Russian and international scientists worked locally, paying attention to only a few objects. As a rule, samples taken during one season were studied.   The first comprehensive studies of lakes in the Arctic zone of the Russian Federation were carried out by the TSU Bio-Geo-Clim Laboratory, headed by Oleg Pokrovsky, a scientist at TSU and the Midi-Pyrenees Observatory (Toulouse, France).   - Western Siberia has the world's largest frozen peat bog, which contains huge reserves of organic carbon,- says Ivan Kritskov of the Bio-Geo-Clim laboratory. - In the process of permafrost melting, carbon is released and partially migrates to adjacent bodies of water. However, a high concentration of dissolved carbon in the lake water does not guarantee the release of greenhouse gases into the atmosphere. In the course of research, we were able to determine the factors influencing the activeness of emissions, such as the depth of the lake, the air and water temperature, atmospheric pressure, air flow, and the intensity of greenhouse gas emissions into the atmosphere.   Sampling was carried out on 76 lakes in the Khanty-Mansi and Yamal-Nenets Autonomous Districts. Studies were conducted three times during the entire period of open water - in spring, summer, and autumn. The scientists measured the concentration of dissolved carbon in the lake water and studied the elemental composition and the volume of carbon dioxide and methane emissions from the water surface. As it turned out, the maximum emission of greenhouse gases occurs in spring, when lakes open up after winter and release reserves accumulated during the winter into the atmosphere, and in the autumn during the period of prolonged rains, when the water-covered area increases significantly.   - We tried to find out how strongly natural factors (size of lakes and watersheds, type of permafrost, and seasonality) affect greenhouse gas emissions,- says Artem Lim of the Bio-Geo-Clim Laboratory. – The results showed that latitude and seasonality have the greatest value on emissions, so emissions grow from south to north and reach their maximum in the zone of continuous permafrost, where they are 2–5 times more than in the south.   The comprehensive studies conducted by this international scientific group obtained a large array of unique data on the contribution of thermokarst lakes in Western Siberia to the greenhouse effect. This will enable a better understanding of the environmental transformation processes occurring in the Arctic zone of the Russian Federation and making much more accurate predictions about what will happen with permafrost and what climate changes humankind should expect in the future.   The authors of the article “High Carbon Emissions from Thermokarst Lakes of Western Siberia” are Svetlana Serikova (Umeå University, Sweden), Oleg Pokrovsky (TSU and Midi-Pyrenees Observatory), Rinat Manasypov (TSU), Ivan Kritskov (TSU), Artem Lim (TSU), Hjalmar Laudon (Uppsala, Sweden, Department of Forest Ecology and Management), and Jan Karlsson (University of Umeå, Sweden, Department of Ecology and Environmental Science).
14.05.2019 Read More