Large Hadron Collider set to bring new discoveries, while researchers work on new project

Innovations from scientist

A team of international specialists is now creating the NIKA collider, at Dubna’s Joint Institute of Nuclear Research. The innovation is expected to be no less impressive than the LHC, upon which Belarusian specialists worked. Using this nuclear collider, scientists plan to model the first moments of the Universe, revealing its structure and the secrets of dark matter, dark energy, black holes and additional spatial measurements. There will also be practical applications, such as testing electronics for spacecraft, trans-mutation of radioactive waste, and new approaches to energy generation.

Mikhail Baturitsky and his gamma quant detector

The project is to be launched in 2017 and, unsurprisingly, nuclear energy scientists are keenly anticipating results. Belarusian scientists are responsible for developing the most important section of the electro-magnetic calorimeter: a palm-sized gamma detector, which allows the massive collider to ‘see’. The Deputy Director of the BSU’s National Scientific-Educational Centre of Particle Physics and High Energy, Mikhail Baturitsky, tells us that the device has unique microcircuits developed by the University and produced by Integral JSC’s Transistor branch. 

The jury of St. Petersburg’s 2015 Technical Fair recently praised the gamma detector, to which it awarded a gold medal. Belarusian State University scientists also won ‘gold’ for their innovative device measuring bacteria vitality, using bio-chips, which detects infectious agents many times more quickly than traditional means and has wide application at clinics and hospitals treating diverse infectious diseases. It will also help assess the efficiency of antimicrobial drugs and allow rapid diagnosis of flu viruses.

A Belarusian-developed device to study airglow was also awarded. The optical spectrometer, aimed primarily at geophysical research, including earthquake prediction, is already operating on board the International Space Station and, according to cosmonauts, is proving useful and efficient.

Developers of a unique x-ray microscope also enjoyed success at the Russian fair, alongside those responsible for pharmaceutical temozolomide and the anti-tumour drugs temobel and temodex (used for chemotherapy treatment of brain tumours) and various nutritional supplements. Overall, BSU scientists won 11 gold medals, and other Belarusian universities participating in the fair saw similar success. The Belarusian National Technical University took the prestigious, special prize for developing innovative metal ceramic covering technologies (although it won fewer gold medals).

By Dmitry Gomelsky

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