IR Microscopy

Imaging Theory & Instrumentation

Fundamental advances leading to better instruments and understanding of the physics of imaging formation

IR Microscopy

Biological and Micro-Fabrication

Creating physiologically relevant models of complex tissue micro-environments for high throughput cancer pathology

Nanosensors

Tailored Nanosensors for Molecular Diagnostics

Toward in vivo imaging of hundreds of molecular species with single-molecule sensitivity

Computation

Advanced Numerical Methods and Computing

Turning data into domain-specific information rapidly, reliably, and efficiently

Pathology

Systems Pathology

Integrating clinical information, molecular biology, and computational models to predict disease course

Translation

Clinical and Research Translation

Enabling more effective cancer healthcare and research by objective histopathology