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President Sung-Mo “Steve” Kang of KAIST has been appointed a member of the International Board of the Moscow Institute of Physics and Technology (MIPT) in 2014, a leading Russian university specializing in theoretical and applied physics, mathematics, and related science and technology disciplines.
President Kang is the only scientist from Asia to become the latest member of the MIPT International Board. Consisting of 11 highly regarded scientists and scholars from all around the world, such as Professor Carlo Rubbia, a Nobel laureate in physics in 1984, President Alexander F. Andreev of the Kapitsa Institute for Physical Problems, President Ralph Eichler of the Zurich Federal Institute of Technology, and President Jaques Biot of the École Polytechnique Paris. Currently, President Leo Rafael Raif of MIT chairs the Board.
MIPT created the International Board (http://mipt.ru/en/about/general/international-board/) in 2013 to promote collaboration in international research and educational programs as well as to enhance its global visibility in the international community.
MIPT was established in 1946 by a group of prominent Soviet scientists including Pyotr Kapitsa, a Nobel laureate in physics in 1978, and was approved later in 1951 by the government of the former Soviet Union as a state university. Often referred as the “Russian MIT,” MIPT has earned international and domestic recognition through its unique educational system, providing students with opportunities for rigorous education in fundamental science and extensive research at leading research institutions of the Russian Academy of Sciences.
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event <Big Coins> Exhibition: Where Coins and Imagination Collide - Held at SUPEX Hall, KAIST Seoul Campus
KAIST (President Kwang-Hyung Lee) announced on May 19th the opening of the solo exhibition, “Big Coins,” by photographer and media artist Hojun Ji (Adjunct Professor, Department of Industrial Design) at the SUPEX Hall in the Business School of the Seoul Campus. The exhibition will run from May 19th to the end of February of the following year. This exhibition at the KAIST Seoul Campus Business School presents artworks with an insightful perspective, inviting diverse interpretations
2025-05-20 -
research “For the First Time, We Shared a Meaningful Exchange”: KAIST Develops an AI App for Parents and Minimally Verbal Autistic Children Connect
• KAIST team up with NAVER AI Lab and Dodakim Child Development Center Develop ‘AAcessTalk’, an AI-driven Communication Tool bridging the gap Between Children with Autism and their Parents • The project earned the prestigious Best Paper Award at the ACM CHI 2025, the Premier International Conference in Human-Computer Interaction • Families share heartwarming stories of breakthrough communication and newfound understanding. < Photo 1. (From left) Professor Hw
2025-05-19 -
research Decoding Fear: KAIST Identifies An Affective Brain Circuit Crucial for Fear Memory Formation by Non-nociceptive Threat Stimulus
Fear memories can form in the brain following exposure to threatening situations such as natural disasters, accidents, or violence. When these memories become excessive or distorted, they can lead to severe mental health disorders, including post-traumatic stress disorder (PTSD), anxiety disorders, and depression. However, the mechanisms underlying fear memory formation triggered by affective pain rather than direct physical pain have remained largely unexplored – until now. A KAIST resea
2025-05-15 -
research KAIST Discovers Protein Switch that Turns Anti-Viral Immune Response On and Off
Even after the COVID-19 pandemic, various new infectious diseases continue to emerge, posing ongoing viral threats that demand robust and sustained immune defenses. However, excessive immune reactions can also harm body tissues, causing significant health issues. KAIST and an international research team have discovered a critical protein that acts as a 'switch' regulating immune responses to viruses. This breakthrough is expected to lay the groundwork for future infectious disease responses and
2025-05-14 -
research KAIST's Pioneering VR Precision Technology & Choreography Tool Receive Spotlights at CHI 2025
Accurate pointing in virtual spaces is essential for seamless interaction. If pointing is not precise, selecting the desired object becomes challenging, breaking user immersion and reducing overall experience quality. KAIST researchers have developed a technology that offers a vivid, lifelike experience in virtual space, alongside a new tool that assists choreographers throughout the creative process. KAIST (President Kwang-Hyung Lee) announced on May 13th that a research team led by Professor
2025-05-13