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Two Yonsei University professors selected for new government research support program

From Hankyoreh · () Korean

Translated from Korean, summarized and contextualized by DistantNews.

At a glance

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  • Two Yonsei University professors, Kim Jae-hoon and Kim Joon, have been selected for a new government support program for leading researchers.
  • The program aims to help senior researchers continue their work and mentor future generations, offering up to 1.125 billion won over five years.
  • Professor Kim Jae-hoon will research Majorana fermions for quantum computing, while Professor Kim Joon will study air pollution in Asia using satellite data and AI.

Yonsei University professors Kim Jae-hoon and Kim Joon have been selected for the "2026 Domestic Global Leading Scholar Research Capacity Utilization Support Project," a new initiative by the Ministry of Science and ICT. This program supports distinguished researchers nearing or at retirement to continue world-class research and foster the next generation of scientists.

Out of 20 researchers recommended by universities and research institutions nationwide, both professors from Yonsei were chosen. Selected researchers will receive up to 1.125 billion won (250 million won annually) in government funding for up to five years. Yonsei University will also provide research space, equipment, and personnel to ensure a stable research environment.

Professor Kim Jae-hoon, a leading expert in condensed matter optics and terahertz (THz) spectroscopy, will focus on "THz-based exploration of Majorana fermions and quantum computing applications." His research aims to detect Majorana fermions, crucial for error-free quantum computing, using advanced THz spectroscopy. This work is expected to enhance South Korea's competitiveness in quantum material spectroscopy and cultivate future researchers.

Professor Kim Joon, a pioneer in satellite remote sensing for atmospheric research, will investigate "Calculation of 3D atmospheric pollutant concentrations in Asia and analysis of tropospheric ozone formation mechanisms using AI algorithms and geostationary environmental satellites." He will use GEMS satellite data and ground observations with AI to map air pollutants and ozone in three dimensions across East Asia, providing scientific evidence for air quality policy and nurturing future atmospheric scientists.

DistantNews Editorial

Originally published by Hankyoreh in Korean. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.