Rupak Chatterjee
Quantum Information and Computation: Quantum systems for Machine Learning algorithms; Quantum optimization. Mathematical Physics: C∗ and von Neumann Algebras; Supersymmetric and Conformal Quantum…
Quantum Information and Computation: Quantum systems for Machine Learning algorithms; Quantum optimization. Mathematical Physics: C∗ and von Neumann Algebras; Supersymmetric and Conformal Quantum…
at the Center for Urban Science + Progress
RESEARCH | CENTERS | CUSP | PEOPLE
Computational modeling; Biological transport systems; Light-tissue interactions; Tomographic image reconstruction; Functional Brain Imaging; Breast Cancer and Treatment Monitoring; Lupus and…
Biomedical Imaging (of different illnesses, among which: peripheral vascular disease, Lupus eritematosus, arthritis, skin tumor, and breast cancer), Biophotonics, Near-Infrared Imaging, Personalized…
Synthetic Biology, Systems Biology, Cancer, Neurodegeneration, Cell Biology, Mechanobiology, Cell Division, Signalling
Learning, design & technology, Hybrid learning communities, Online faith communities
SERVICES
ABOUT | TANDON LEADERSHIP TEAM
ABOUT | TANDON LEADERSHIP TEAM
A combination of multimodal human brain imaging, brain stimulation, and computational approaches to investigate the neural mechanisms of perceptual processing in the human brain.
My research is centered on the dynamics, planning, and control of multi-robot systems, with applications in aerial transportation and manipulation, as well as human-robot collaboration.
My research focuses on enabling safe and agile autonomy in unstructured, complex environments by developing systems that can adapt to unknown operating conditions and react instantaneously to dynamic…
socioeconomics of cybercrime
How neural activity and architectures lead to perception, cognition, and action. Visual attention, perceptual learning, and multi-sensory integration.