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Fundamental theories for open quantum systems.
Accurate, efficient and universal methods for many-body open quantum systems.
Novel theoretical methods leveraging artificial intelligence and quantum computing technologies.
Multi-scale, system-bath entangled dynamics and thermodynamics.
Studies on photo-acoustic, photo-thermal, and pump-probe processes and phenomena.
Electronic structure theories from an open systems perspective.
Applications to nanoelectronics, spintronics, thermoelectrics, optical spectroscopy, catalysis, electrocatalysis, reaction path analysis, spin sensing and control, strongly correlated systems.
