Tag "international laboratories"

An international team of researchers, including scientists from HSE University–St Petersburg, has developed microlasers that emit deep-ultraviolet light at a wavelength of 255 nanometres. The devices operate at room temperature, and the smallest of them measures just two micrometres in diameter—roughly the size of a bacterium. These microlasers could be used in sensors, spectroscopic systems, photonic chips, and communication devices. The paper has been published in Optics & Laser Technology.

The International Linguistic Convergence Laboratory at the HSE Faculty of Humanities studies the processes of convergence among languages spoken in regions with mixed, multiethnic populations. Research conducted by linguists at HSE University contributes to understanding the history of language development and explores how languages are perceived and used in multilingual environments. George Moroz, head of the laboratory, shares more details in an interview with the HSE News Service.

The International Laboratory of Dynamical Systems and Applications at HSE University–Nizhny Novgorod conducts in-depth theoretical and applied research, including the study of ocean waves, solar corona reconnections, volcanic phenomena, and ship stability. The lab’s researchers, who have received more than 20 significant research grants over the past five years, actively cooperate with Russian and international colleagues from China, Spain, the USA, the UK, Brazil, and other countries. Prof. Olga Pochinka spoke to the HSE News Service about the laboratory’s work.

HSE University has announced the winners of the Project Competition in Basic Science Research for Intercampus Departments. The competition, which the university is organising for the first time, will provide funding to 10 research teams working on five topics. Four of the winning projects will be implemented by new research departments formed as a result of the competition.

An international group of scientists and medical specialists, including HSE researchers, examined the role played by microRNA (miRNA) and long non-coding RNAs on the progression of ovarian cancer. Having analysed more than a hundred tumour samples, they found that miRNA can prevent cell mutation while long non-coding RNAs have the opposite effect of enabling such mutations. These findings can help design new drugs which act by regulating miRNA concentrations. The study was published in the International Journal of Molecular Sciences.

In early September, the HSE University Faculty of Computer Science hosted the international conference Computer Methods of Cognitome Analysis. The event was organised by the International Laboratory of Algebraic Topology and Its Applications at the faculty.