Algebraic Classical and Quantum Field Theory on Causal Sets - Research Database, The University of York

By the same authors

Algebraic Quantum Field Theory: An introduction
Fewster, C. J. & Rejzner, K. A., 22 Aug 2019, (Accepted/In press) Progress and Visions in Quantum Theory in View of Gravity. Finster, F., Giulini, D., Kleiner, J. & Tolksdorf, J. (eds.). 57 p.
Research output: Chapter in Book/Report/Conference proceeding › Chapter
A new derivation of singularity theorems with weakened energy hypotheses
Fewster, C. & Kontou, E., 19 Mar 2020
Article in Classical and Quantum Gravity
The Star Product in Interacting Quantum Field Theory
Rejzner, K. & Hawkins, E., 15 Feb 2020
Article in Letters in Mathematical Physics
Explicit examples of probability distributions for the energy density in two-dimensional conformal field theory
Anthony, M. & Fewster, C., 22 Jan 2020
Article in Physical Review D
Probability Distributions for Space and Time Averaged Quantum Stress Tensors
Fewster, C. & Ford, L. H., 14 Jan 2020
Article in Physical Review D

From the same journal

Explicit examples of probability distributions for the energy density in two-dimensional conformal field theory
Anthony, M. & Fewster, C., 22 Jan 2020
Article in Physical Review D
Probability Distributions for Space and Time Averaged Quantum Stress Tensors
Fewster, C. & Ford, L. H., 14 Jan 2020
Article in Physical Review D
Quantum strong energy inequalities
Fewster, C. J. & Kontou, E-A., 4 Feb 2019
Article in Physical Review D
Photoproduction of K+K- meson pairs on the proton
The CLAS Collaboration, 27 Sep 2018
Article in Physical Review D

Algebraic Classical and Quantum Field Theory on Causal Sets

Research output: Contribution to journal › Article

Full text download(s)

CausalSetsPRD-Revised-v3
908 KB, PDF document

Author(s)

Edmund Dable-Heath
Chris Fewster
Kasia Rejzner
Nick Woods

Department/unit(s)

Mathematics

Publication details

Journal	Physical Review D
Date	Accepted/In press - 19 Feb 2020
Original language	English

Projects

New algebraic structures inspired by quantum field theory
Project: Research project (funded) › Research

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