Quantum Materials Science

Quantum materials are vaguely defined as materials that don’t behave according to laws of classical physics. Examples include superconductors, complex magnets or topological materials. These materials can lead to many novel technologies, including faster computers, fault tolerant quantum computers, improved optical sensors or levitating trains. At the Princeton Materials Institute, we work to predict, synthesize, and characterize new quantum materials with new and/or improved properties.

Associated Faculty