From Hate-Watching to GMOs: Highlights of the HSE Science Battles’ Third Semi-Finals
The fifth season of HSE Science Battles is currently underway, with the Sber office serving as a venue for another stage of the battle. Four speakers fought for a place in the finals by presenting their research in a ‘TED Talks’ format. The HSE News Service reports on highlights from the event, including how to explain to your grandmother that GMOs aren’t dangerous, what font you should use to develop your memory, and who ‘hate-watchers’ are.
‘Today’s Young People Strive to Be Involved in Socially Significant Activities’
Youth as a driver of economic development, the Arctic as a region of constructive cooperation, and innovation as a way to dispel illusions. Experts from HSE University took part in sessions of the 2022 St Petersburg International Economic Forum and HSE Rector Nikita Anisimov answered questions in the interactive studio of the Knowledge Society.
Big Winners: Very Obese Gamers Perform Better in Long-Term eSports Competitions
Researchers from HSE University and the Norwegian University of Science and Technology compared the performance of eSport gamers of different weight categories. Despite the fact that this study looks at computer games, it touches on the broader issue of including obese individuals in modern work activities that are often associated with computer technology.
Researchers Observe a Gender Gap in the Gig Economy
Researchers from the HSE University Institute of Education have studied data on the work schedule of teachers in an online English-language school and have shown that women aged 25–35 work less than men. This is connected to lower workloads in the evenings. The article ‘Women in gig economy work less in the evenings’ has been published in Scientific Reports.
Users Better Recognise Neutral Banner Ads
Marketers often make ads bright and catchy. However, scientists from HSE University have found out that banner advertising on websites should be neutral in order to influence users more effectively. The results of the study have been published in the Frontiers in Psychology journal.
Mathematical Model Helps Solve 'Organiser's Dilemma'
Researchers from the HSE International Laboratory of Intangible-driven Economy have developed a model for optimising contest prizes for winners and more. The study uses eSports statistics to offer insights into the optimal reward structure for team competitions in a variety of spheres, including corporate and patent battles. The findings from this study have been published in the Journal of Economic Behavior & Organization.
Card Index: Climate Migration
Natural disasters and long-term climate change processes, from rising sea levels to melting glaciers to soil degradation, are causing people to move to safer locations not yet affected by food and water shortages. Recently, climate migration has been on the rise globally due to environmental changes. What territories are more likely than others to experience out-migration, and why? A report co-authored by Associate Professor of the HSE Faculty of Geography and Geoinformation Technology Yulia Kuznetsova offers some ideas.
Faculty of Computer Science Lab Develops Monitoring System for LHC Experiment
Researchers from the Laboratory of Methods for Big Data Analysis (LAMBDA) at the HSEFaculty of Computer Science have created a monitoring system that is used in the Large Hadron Collider beauty experiment (LHCb). The system helps track the quality of the collected data and allows operators to quickly find errors.
Learning Is Based on Neurons’ Ability to Cooperate for Survival
Exploring the predictive properties of neuronal metabolism can contribute to our understanding of how humans learn and remember. This key finding from a consideration of molecular mechanisms of learning and memory conducted by scientists from Russia and the U.S. has been published in Neuroscience & Biobehavioral Reviews.
Russian Researchers Develop Hybrid Sensor That Can Help Diagnose Cancer
A team of researchers from HSE University, Skoltech, MPGU, and MISIS have developed a nanophotonic-microfluidic sensor whose potential applications include cancer detection, monitoring and treatment response assessment. Today, the device can identify gases and liquids dissolved at low concentrations with a high degree of accuracy. The paper is published in Optics Letters.