Prof. Ulenekov: regarding his group, translating particles and simplicity of fundamental scientific research

Professors of TPU Research School of High-Energy Physics (left to right) Elena Bekhtereva, Oleg Ulenekov and Olga Gromova.


The group led by Prof. Oleg N. Ulenekov has been working with vibrational-rotational spectroscopy at TPU because 2011. The scientists’ location of rate of interest consists of research in the submillimeter variety, infrared and noticeable areas. They can describe the essence of it in a few basic bullet points.
” Molecular spectroscopy is a really easy and reasonable scientific research also for a typical person. We as soon as gave a preferred science talk on this subject for a conference in Yerevan. It began such as this:

Every person has an approximation of what a particle is. Right? Whatever around us is constructed from particles. Whatever around us relies on how they interact, what takes place inside them and around them. And when you comprehend that, you can decipher the nature of a big number of phenomena and procedures that occur around us. The only concern is how? Spectroscopy is the response to this inquiry

— says Prof. Ulenekov with a smile

The procedures that happen in the micro-world can be examined with the help of the tools of the common world through the “repercussions” that the particles leave. These “effects” are called spectra. TPU scientists create techniques to analyze these ranges and develop designs for translating them and obtaining helpful physical info regarding the item.

A story about the primacy of science:

What I appreciate most about spectroscopy is the process of finding out something brand-new. I’m a daring researcher (laughs). I constantly tell pupils joining our team that there can not be 2 firsts in scientific research. Either you are the first or you are not. You either obtain an outcome or you just verify the results of others. In scientific research, on a daily basis you do something that no one else has done in the past.

” I always compare spectroscopy to dactyloscopy. There are numerous individuals on earth and they all have their own finger prints, no two are the same. It’s the same with spectroscopy: no 2 particles have the exact same range. And if we take this alongside its rational conclusion, just as with finger prints, physicists have databases of spectral lines. One of the jobs of scientists throughout the globe is to produce and enhance such data sources. With them, any kind of job in astrophysics or planetology, as an example, becomes possible in principle. Let’s state you want to know what’s going on in the ambience of Titan. In that situation, you take a spectrum from an interplanetary station, send it to researchers, and they assess it versus databases. And ultimately, you learn that it moisten Titan as well, just not water, however methane and ethylene,” adds the scientists.

There are five or 6 such data sources worldwide. They are upgraded by the worldwide scientific community. This needs research laboratory study and a lengthy procedure of data registration and evaluation.

” The entire process of acquiring trusted info and information enrollment takes rather a long period of time. Therefore, some details that has not yet been added to databases, however we have it (smiles),” admits the researcher.


The group of researchers is presently dealing with numerous major jobs One of them is the study of organochlorine compounds. These are hazardous substances that occur throughout commercial oil manufacturing and transport in oil and gas pipelines. The researchers’ best goal is to establish an analyzer that tracks the degrees of these compounds. It will certainly be able to extend the life of devices and conserve money on repair services. This project is sustained by the Priority-2030 program of the Russian Ministry of Education And Learning and Scientific research.

” Today, oil and gas companies do not utilize analyzers for ongoing control of the content of organochlorine compounds in oil, oil products and gas condensate. The development of such a gadget might fix a number of issues at once: prolong the life of expensive devices, conserve billions on its fixing or substitute, and resolve environmental hazards brought on by tools damage. But a good service to this problem requires us to recognize what, where, just how and by what technique to probe, and most significantly – to perform a series of essential studies and experiments to examine the compounds that need to be kept track of,” Ulenekov clarifies.

TPU researchers’ study is routinely supported by the Russian Structure for Basic Research Study and the Russian Scientific Research Structure. For instance, under the RSF grant, the group has now completed study on the isotopologue of chlorine dioxide in non-singlet digital states. The researchers have established a mathematical design and software that can forecast the residential properties of the molecule dozens of times much more accurately than known results.

The most spectacular and interesting projects.

The most spectacular project we did was most definitely the task with Volkswagen. It contained research laboratory and speculative research study in the field of astrophysics and astrobiology. We did it together with associates from other nations. And it was incredible because of the spending plan of 200 thousand euros.
From a scientific viewpoint, what I liked one of the most was the study of particles in non-singlet digital states. I like addressing non-trivial problems. When every little thing is clear, the work ends up being routine, however when you do not recognize what you will certainly get in completion, it is fascinating.
Now the researchers of Tomsk Polytechnic University together with the Institute of Applied Physics of Nizhny Novgorod have actually made an application for a new RSF give. The study will certainly be dedicated to astrophysical problems.


Today the Tomsk group is understood much beyond the boundaries of the country. Its members have greater than once come to be guest speakers at the best technological colleges in France, China, Finland, England, Japan, Germany, Switzerland, Poland, Singapore and other nations.

” I have actually been associated with spectroscopy for 50 years. During this time around, we have actually managed to set up a team of special specialists and excellent experts. Every year, brand-new graduates and even undergrads curious about research study in the field of molecular studies join us. As a whole, I appreciate my associates, including graduate students, for their hard work and their real interest in what they do. First of all they think about the work itself, and not about the final publication. This is one of the most essential thing,” adds Oleg Nikolayevich.

A story regarding the modesty of one of the world’s best science groups
Someday a very long time earlier, our group was spoken with and asked, “Why is your group so famous – you are understood around the globe?” My answer made my colleagues in the department very upset. They claimed that I was not small. I after that said essentially the following: “Some individuals can do one thing, others can do another. However we can do whatever.

Spectroscopy has several locations. However researchers who collaborate with one sort of molecules and recognize them well, generally do not deal with other types of molecules as a result of different approaches and mathematics. And we deal with all kinds of molecules. That’s why my declaration is bold yet true (smiles).

In spite of the basic nature of the group’s research study, the results of their work appear to be fairly used and common. “We recognize that researchers can not get anywhere without us,” said the head of the group in a meeting with the business newspaper “Za kadry TPU”. So far, nothing has actually altered.

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