Understanding and justifying the emergence of equilibrium behavior in generic, non-integrable many-body quantum systems is a longstanding...

Entanglement provides a distinctively quantum type of correlation that has no analogue in classical statistical mechanics. Despite much...

Precisely characterizing and controlling the states and dynamics of realistic open quantum systems is a fundamental challenge across quantum...

Spin qubits in Si/SiGe quantum dots are expected to enjoy very long coherence times, due to the weak interaction of the spins with their...

There has been great recent progress in controlling the quantum behavior of nanomechanical resonators. In this project, we aim to extend...

Quantum states of light are a topic of considerable current interest, and may lead to use of continuous variables for quantum information...

We are investigating the quantum versus classical dynamics involving tunneling Cooper-pairs in self-oscillating superconducting Josephson...

We are investigating the role that gravity plays as an environment in causing the rapid decoherence of matter superposition states. Our...

Dynamic nuclear polarization (DNP) is a technique used to transfer spin polarization from electron to nuclear spins. Since the magnetic...

Our improving ability to control quantum mechanical systems is heralding a new generation of quantum devices whose performance is ultimately...