Full Publication List

Below is a full table containing all of the publications generated through my PhD. A further breakdown of each paper and a brief description is shown below the list.

Publication:JournalYear
Indirect Communication Between Non-Markovian Baths, BS Humphries, D Green, GA Jones, (TBC – ArXiv), 2025ArXiv2025
Parameter-free Higher-order Schrodinger systems with Weak Dissipation and Forcing, JS Keeler, BS Humphries, A Alberello, EI Parau, Proc. Soc. Roy. A, 2025Proceedings of the Royal Society A2025
Evolution of Nonlinear Waves with Heterogeneous Damping and Forcing, BS Humphries, A Alberello, EI Parau, Wave Motion, 2025Wave Motion2025
Role of Quantum Information in HEOM Trajectories, BS Humphries, JC Kinslow, D Green, GA Jones, J. Chem. Theory Comput. 2024Journal of Chemical Theory and Computation2024
Photon signatures in photon correlations, BS Humphries, D Green, MO Borgh, GA Jones, Phys. Rev. Lett. 2023Physical Review Letters2023
The influence of a Hamiltonian vibration vs a bath vibration on the 2D electronic spectra of a homodimer, BS Humphries, D Green, GA Jones, JCP 2022The Journal of Physical Chemistry2022
Quantifying non-Markovianity in underdamped versus overdamped environments and its effect on spectral lineshape, D Green, BS Humphries, AG Dijkstra, GA Jones, JCP 2019The Journal of Physical Chemistry2019
Full Publications Table

Paper Breakdown:

Quantifying non-Markovianity in underdamped versus overdamped environments and its effect on spectral lineshape

Non-Markovian effects in open quantum systems are central to understanding spectral lineshape…

Phonon signatures in photon correlations

We show that the second-order, two-time correlation functions for phonons and photons emitted from a vibronic molecule in a thermal bath result in bunching and anti-bunching (a purely quantum effect)…

The influence of a Hamiltonian vibration vs a bath vibration on the 2D electronic spectra of a homodimer

We elucidate the influence of the system–bath boundary placement within an open quantum system, with emphasis on the two-dimensional electronic spectra…

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