Through funding from the NIH, researchers in the Chang Lab have discovered a copper-transport mechanism in the brain that enables advanced stages of sleep like Rapid Eye Movement (REM) that is not activated in less complex organisms.

By focusing on quantum phenomena in chemistry, the NSF and UKRI are fueling the potential to create new and different types of molecular-based qubits and other fundamental components for quantum computing, sensing, and communications … all driven by chemists.

The paper provides a conceptual framework through which experimentalists might look for unique behaviors by treating light (i.e. electromagnetic waves) quantum mechanically that are not apparent by treating it classically.

Welcome to a new term and a new cohort of Princeton Chemistry graduate students, many of whom are featured here in our latest Gallery of Grad Students photos.

In partnership with the DOD, the Weichman Lab will investigate polaritons and how to use visible light as a “control knob” to one day direct molecular behavior.

Seyedsayamdost’s partnerships with the National Science Foundation and the National Institutes of Health have led to remarkable discoveries in the field of antibiotics and infectious disease.

Photoredox catalysis–research funded by the NIH–has spurred a throng of new drug therapies, fine chemicals, agrobusiness products, and fragrance applications throughout the U.S. and the world.

The CHRIS CHANG LAB is creating tools that track elements in the human body and their impact on health and disease.