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HSE Strategic Project

HSE University in St Petersburg and University of Technology Malaysia (UTM) have launched a mirror lab in social entrepreneurship. The agreement was signed in Kuala Lumpur on November 9 during a meeting of the Joint Russian-Malaysian Commission on Economic, Scientific, Technical and Cultural Cooperation. The document was signed by Anna Tyshetskaya, Director of HSE University-St Petersburg, and Rosli Illias, UTM Deputy Vice Chancellor for Research & Innovation.

An optimisation solution has been proposed by the MODE collaboration, which includes HSE researchers

During a visit to the Indian Institute of Management Indore (IIM Indore) by a HSE University-St Petersburg delegation led by campus Director Anna Tyshetskaya, the two universities agreed to create a mirror laboratory in the sphere of environmental behaviour, social well-being, and responsibility management.

HSE University is this year’s leading Russian university in 11 subjects in the Shanghai Ranking. In seven of these, the university is the only Russian higher education institution to appear. This year, the university was ranked among the top universities for Communications for the first time and returned to the ranking for Sociology.

The strategic session ‘Development of Cardiodiagnostic Products: From Sequencing to Medical Practice’ was recently held at HSE University. The event focused on identifying the market requirements for technology and products developed in the field of genetic testing for cardiovascular diseases.

The event is dedicated to promising areas in the development of fundamental AI

HSE University has announced the results of its 2023/24 online admissions campaign. The university, which leads in CIS countries in terms of the number of online programmes (three bachelor’s and 18 master’s), has once again attracted the most students this year with a total of 1,750 admissions.

Researchers from HSE, MIPT, and the Russian Academy of Sciences Institute of Solid State Physics, jointly with colleagues from the UK, Switzerland, and China, have conducted a study on the characteristics of thin films composed of platinum and niobium. Both the experiments and the theoretical calculations have confirmed that when in contact with a superconductor, platinum exhibits a spin, creating a potential for its effective use for data transmission. Platinum atoms have no magnetic moment, paving the way for the development of even smaller chips utilising this novel structure compared to conventional spintronics. The paper has been published in Nature Communications.

They succeeded in reducing the delay between a change in brain activity and the corresponding feedback signal by a factor of 50