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- William Donnelly

Phd: University of Maryland, College Park 2012

Area of Research:

I am a theoretical physicist working at the interface of quantum information theory and quantum gravity. I am interested in the question of what quantum phenomena such as entanglement tell us about the structure of spacetime and its dynamics; and conversely what gravity can teach us about entanglement.

Currently I am interested in:

* Entanglement entropy in field theory, quantum gravity and string theory.

* Soft modes in gauge theory and gravity.

* Gravity and gauge theory in lower dimensions and topological quantum field theory.

- 2014-2017 Department of Physics, University of California Santa Barbara Postdoctoral research associate
- 2012-2014 Department of Applied Mathematics, University of Waterloo Postdoctoral research associate

- Quantum gravity tomography, William Donnelly, arXiv: 1806.05643.
- Entanglement entropy and TT deformation, William Donnelly and Vasudev Shyam, arXiv: 1806.07444.
- Gravitational splitting at first-order: quantum information localization in gravity, William Donnelly and Steven B. Giddings, arXiv: 1805.11095.

- Quantum gravity tomography, Interplay of Quantum Information, Foundations, and Gravity workshop, Vienna, Austria, Wednesday, May 30th, 2018.
- Entanglement of Spacetime, MIT Center for Theoretical Physics seminar, February 28th, 2018.
- Entanglement: from gauge fields to strings, It from Qubit collaboration workshop, Bariloche, Argentina, January 6th, 2018.
- PIRSA:16050020, Entanglement of spacetime, 2016-05-05, Colloquium
- PIRSA:15110100, Limits on locality from gravitational dressing, 2015-11-26, Quantum Gravity
- PIRSA:15080078, Diffeomorphism-invariant observables and nonlocality, 2015-08-20, Quantum Information in Quantum Gravity II
- PIRSA:14050122, Entanglement and Edge Modes in Gauge Theory and Gravity, 2014-05-21, Quantum Gravity Day 2014
- PIRSA:12060067, Vacuum Entanglement and Gauge Symmetry, 2012-06-27, Relativistic Quantum Information - 2012
- PIRSA:07090012, Entanglement Entropy in Loop Quantum Gravity, 2007-09-08

©2012 Perimeter Institute for Theoretical Physics