Prof. Hong Guo
Fellow
Current Employer
McGill University
Election Year
2007
Academy
Académie des sciences
Discipline
Physics
Department
Department of Physics
Keywords
Quantum transport theory, nano-electronics, computational physics
Long Citation
Hong Guo is internationally renowned for his pioneering contributions to theoretical and computational modeling of quantum transport in nanoelectronic systems. His research spans and influences several fields of condensed matter theory, including quantum transport theory and modeling for nanoelectronic devices, mesoscopic physics, strongly correlated electrons in quantum dots, density functional theory and computational physics, polymer theory, materials physics and statistical physics.
Short Citation
Hong Guo is internationally renowned for his pioneering contributions to theoretical and computational modeling of quantum transport in nanoelectronic systems. His research influences several fields including quantum transport theory and modeling for nanoelectronic devices, mesoscopic physics, strongly correlated electrons in quantum dots, density functional theory and computational physics, polymer theory, materials physics and statistical physics.
Hong Guo is internationally renowned for his pioneering contributions to theoretical and computational modeling of quantum transport in nanoelectronic systems. His research spans and influences several fields of condensed matter theory, including quantum transport theory and modeling for nanoelectronic devices, mesoscopic physics, strongly correlated electrons in quantum dots, density functional theory and computational physics, polymer theory, materials physics and statistical physics.
Short Citation
Hong Guo is internationally renowned for his pioneering contributions to theoretical and computational modeling of quantum transport in nanoelectronic systems. His research influences several fields including quantum transport theory and modeling for nanoelectronic devices, mesoscopic physics, strongly correlated electrons in quantum dots, density functional theory and computational physics, polymer theory, materials physics and statistical physics.
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