Complex Quantum Systems and The Quantum Universe
Personnel

Nishant Agarwal
University of Massachusetts, Lowell
Agarwal is interested in problems at the interface of theoretical cosmology, high energy physics, and quantum information physics, including out-of-equilibrium and open quantum systems, entanglement in quantum field theory, and imprints of new physics in cosmology.

Vijay Balasubramanian
University of Pennsylvania

Adam Bouland
Stanford University

Oliver DeWolfe
University of Colorado, Boulder

Netta Engelhardt
MIT
Netta Engelhardt works on quantum gravity, with a focus on the black hole information paradox and the emergence of spacetime from more fundamental degrees of freedom; she leverages connections between gravitational physics, quantum information, and complexity theory.

Bill Fefferman
University of Chicago

Paul Ginsparg
Cornell University

Daniel Harlow
MIT

Aram Harrow
MIT

Tom Hartman
Cornell University

Matt Headrick
Brandeis University
Headrick studies classical and quantum gravity, quantum field theory, and dualities connecting them. He is interested in holographic relations between spacetime geometry and quantum information.

Veronika Hubeny
University of California, Davis

Archana Kamal
University of Massachusetts, Lowell

Albion Lawrence
Brandeis University
Albion Lawrence seeks to understand the emergence of classical spacetime from string theory and holographic duality, and to understand its fate near dynamical singularities.

Hong Liu
MIT

Peter McMahon
Cornell University

Mukund Rangamani
University of California, Davis

Sarah Shandera
Pennsylvania State University
Shandera is interested in using an open quantum systems approach to study questions posed by early universe cosmology.

Graeme Smith
JILA & University of Colorado at Boulder