How GDP affects success in eSports

Why machines will not replace humans in the labour market

Structure and Dynamics of α-hairpinin Peptide Tk-hefu2 in Water: Computer Simulations, an article in which HSE researchers make discoveries relevant to a variety of fields, including mathematics, information science, physics, and biology, opens up new opportunities for medicines to arise that regulate the function of potassium channels that ensure the vital functioning of human cells.

Artificial intelligence will, without question, be developed over the next 5-10 years. In the coming year, significant progress is expected to take place in solving three key tasks that will help achieve this feat.

Studies of ancient DNA have changed our view of the history of humanity. As such, advanced analysis of separate cells’ genomes will help generate breakthroughs in our understanding of early embryonic human development over the several next years. At the same time, in terms of research of bacterial communities, we still don’t know how to pose the correct questions.

According to a recent survey, Russians are more likely to accept flying cars, smart homes and other futuristic wonders than genetically-engineered biomedical interventions.

More reliable than a metal detector and safer than X-rays, a Terahertz scanner designed by HSE MIEM researchers allows the detection of items hidden under clothing, such as drugs and explosives, imperceptibly, without walk-through scanners and at a considerable distance. A highly sensitive THz receiver is capable of detecting waves emitted by the human body.

Quantum cryptography is an almost perfect method of encrypting sensitive data. Information sent over quantum cryptography networks cannot be intercepted without distortion, and any attempt at eavesdropping can be easily detected. However, the problem with quantum cryptography is that it only works over relatively short distances. A team of researchers of the HSE Moscow Institute of Electronics and Mathematics (MIEM) Department of Quantum Optics and Telecommunications has developed and tested a system capable of increasing the transmission distance by an order of magnitude.

'Avtokamera' is new development in technology by Denis Korolev and Roman Osmolovsky of the HSE's Moscow Institute of Electronics and Mathematics (MIEM) that aims to simplify and automate video capture, processing and publication.