Hot cosmic qubits: late-time de Sitter evolution and critical slowing down

by Greg Kaplanek, C.P. Burgess
Published 2020-02-01

Qubits on the horizon: decoherence and thermalization near black holes

by Greg Kaplanek, C. P. Burgess
Published 2021-01-01

Hot accelerated qubits: decoherence, thermalization, secular growth and reliable late-time predictions

by Greg Kaplanek, C. P. Burgess
Published 2020-03-01

Effective field theory of black hole echoes

by C. P. Burgess, Ryan Plestid, Markus Rummel
Published 2018-09-01

Influence through mixing: hotspots as benchmarks for basic black-hole behaviour

by G. Kaplanek, C.P. Burgess, R. Holman
Published 2021-09-01

Qubit heating near a hotspot

by G. Kaplanek, C. P. Burgess, R. Holman
Published 2021-08-01

Point-particle effective field theory III: relativistic fermions and the Dirac equation

by C. P. Burgess, Peter Hayman, Markus Rummel, László Zalavári
Published 2017-09-01

Failure of perturbation theory near horizons: the Rindler example

by C. P. Burgess, Joshua Hainge, Greg Kaplanek, Markus Rummel
Published 2018-10-01

Point-particle effective field theory I: classical renormalization and the inverse-square potential

by C.P. Burgess, Peter Hayman, M. Williams, László Zalavári
Published 2017-04-01

Fall to the centre in atom traps and point-particle EFT for absorptive systems

by R. Plestid, C. P. Burgess, D. H. J. O’Dell
Published 2018-08-01

Point-particle effective field theory II: relativistic effects and Coulomb/inverse-square competition

by C. P. Burgess, Peter Hayman, Markus Rummel, Matt Williams, László Zalavári
Published 2017-07-01