Daniel O'Hanlon

Dr. Daniel O'Hanlon is a Researcher in the Department of Life Sciences at Imperial College London, affiliated with the Faculty of Natural Sciences. His work bridges computational biology and particle physics, with a focus on interdisciplinary research. While his official role emphasizes computational biology, his recent publications primarily involve high-energy physics and particle studies, particularly within the LHCb collaboration at CERN.

Research interests include computational modeling of biological systems and experimental particle physics, such as charm mixing, CP violation, quark dynamics, and heavy ion collisions. His contributions span theoretical modeling of tissue dynamics and empirical analyses of subatomic particle behavior.

Key publications from 2023–2024 address topics like resonant structures in B decays, modifications in quark hadronization, and searches for lepton-flavor violating decays. These studies highlight expertise in both computational methods and high-energy physics experimentation.

Notably, Dr. O'Hanlon’s work often intersects with LHCb experiments, contributing to advancements in understanding particle interactions and exotic states. He has published extensively on topics such as charm mixing parameters and nuclear modification factors in PbPb collisions.

His research demonstrates a unique blend of computational approaches and experimental particle physics, reflecting Imperial College’s interdisciplinary strengths.