Published in University of Manchester (PhD Thesis), 2025
PhD thesis developing a new probability-level formalism for QFT where causality is built in from the start, applied to the Unruh effect, particle scattering, and black hole physics.
Recommended citation: Jenkinson, R. (2025). "A Manifestly Causal Approach to Quantum Field Theory." PhD Thesis, University of Manchester.
Download Paper
Published in Classical and Quantum Gravity, 2025
A fresh look at one of quantum physics’ most counterintuitive predictions, that empty space feels hot to an accelerating observer, using new probability-level techniques.
Recommended citation: Dickinson, R., Forshaw, J., Jenkinson, R., & Millington, P. (2025). "A new study of the Unruh effect." Classical and Quantum Gravity.
Download Paper
Published in Physical Review D, 2025
A new probability-level formalism for particle scattering where causality is built in from the ground up, introducing novel diagrammatic rules that go beyond traditional Feynman diagrams.
Recommended citation: Dickinson, R., Forshaw, J., Jenkinson, R., & Millington, P. (2025). "Toward a manifestly causal approach to particle scattering." Physical Review D.
Download Paper