Research
An overview of the research themes, methods, and application areas that shape this work.
Physics-Based Modeling
Physics-based modeling uses mathematical laws and numerical methods to reproduce how physical systems behave. This direction covers fluids, deformable materials, and multiphase phenomena, with work spanning stable simulation, realistic motion, and visual analysis.
Differentiable Methods
Differentiable methods make rendering and simulation responsive to gradients, allowing models and parameters to be optimized from data or target outcomes. This direction combines differentiable graphics, physical simulation, and learning-based inverse design.
Virtual Reality
Virtual reality creates interactive three-dimensional environments that support presence, spatial understanding, and embodied learning. This direction explores immersive simulation, visualization, and interaction for training and surgical applications.
Human-Computer Interaction
Human-computer interaction studies how people understand, control, and collaborate with digital systems. This direction develops natural interaction techniques through motion control, haptics, and multimodal interfaces for more effective and accessible experiences.
Industrial Applications
Industrial applications translate research methods into tools that address real engineering and production needs. This direction focuses on simulation, visualization, and intelligent decision support for complex industrial processes.