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Engineering heat, energy, and entropy
across extreme conditions
Discover unconventional mechanisms for heat transport, entropy control, and energy conversion, and translate them into technologies for next-generation thermal management and sustainable energy
Research Themes
From chip-scale thermal control to millikelvin refrigeration
- Advanced Thermal
Management
- Cryogenic Refrigeration
Uncovering and engineering unconventional thermal transport physics
- Quasiparticle Transport
& Spin Caloritronics
- Thermoelectric Conversion
- H2 & Syngas Production
- Sustainable Fuel Synthesis
Transforming thermal and renewable energy into sustainable fuels
Recent Publications
72. S. Thoravat, J. H. Yun, A. Kumar, J. Park, H. Jin, C. Pak, Y-K. Kim, D. J. Hyun, L. K. Choi, Y. H. Kim, H. J. Lee, J. Park, S. D. Park, J. H. Kim, J-S. Rhyee*
Small e74188 (2026)
71. Y. Yang, S. Park, C. Lee, J. Kim, S. Lee, J. Park, H. Jin, W. Kim*
Applied Thermal Engineering 305, 133028 (2026)
70. H. Kim, J. Nam, D. Lee, J. Lee, I-H. Jung*, H. Jin*
Acta Materialia 320, 122702 (2026)
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