Tag "strategic projects"

As part of the Strategic Project 'Success and Self-Sustainability of the Individual in a Changing World,' scientists at HSE University have conducted a study to develop an electronic device designed to reduce the risk of occurrence and progression of eye diseases.

In the spring of 2023, the fifth strategic project of the Priority 2030 programme, 'Human Brain Resilience: Neurocognitive Technologies for Adaptation, Learning, Development and Rehabilitation in a Changing Environment,' was launched at HSE University. The strategic project brings together researchers from all campuses of HSE University. In her interview with the HSE News Service, Olga Dragoy, head of the strategic project and Director of the HSE Centre for Language and Brain, shares an overview of the advanced technologies neuroscientists are creating today, the underlying inspiration driving these efforts, and the operational dynamics of interdisciplinary applied projects.

To achieve success and well-being, a modern person needs to keep up with ongoing social, economic, technological and cultural changes. However, in order to adapt to these, you need to be competent, healthy and active, develop cognitive abilities, acquire new skills and maintain friendships. All of this can expand people’s capabilities, revealing their potential. The HSE's unique multidisciplinary strategic project 'Success and Self-Sustainability of the Individual in a Changing World', which brings together educators, sociologists, psychologists, economists, biologists, physicians and digital technology specialists, helps to solve some of these tasks. Working together, they have managed to create a navigation system to improve human achievements for the benefit of the whole of society.

New methods of brain mapping will make it easier to identify the cortex areas responsible for speech functions and to perform operations on the brain, as well as reduce the likelihood of damage to important areas. In addition, this will allow for more frequent use of non-invasive methods for restoring speech and other functions lost due to injuries and illnesses.

HSE University scientists have created a model for decoding finger movements for next-generation hand prostheses. This will allow users not only to grab objects, but also to gesticulate using the movements of each finger.

High-level technology is becoming an integral part of healthcare, and no field of medicine can work without a computer. HSE University scientists have developed a multilingual tablet application ‘Rey Test’ — the first fully automated and effective tool for diagnosing auditory and verbal memory disorders.