Daniel Muenstermann

Dr. Daniel Muenstermann is a Research Fellow in Experimental Particle Physics at the Physics Department, Lancaster University. His work focuses on high-energy particle collisions, detector technology, and neutrinoless double-beta decay studies.

• Key Affiliation: Department of Physics, Lancaster University
• Email: daniel.muenstermann@lancaster.ac.uk

His research interests span experimental particle physics, detector development for ionising radiation, and collider-based studies of Higgs bosons, top quarks, and dark matter signatures. He contributes to the ATLAS experiment at the LHC, with projects involving precision measurements and new physics searches.

Recent publications highlight his involvement in ATLAS detector optimization, Higgs boson interactions, and Supersymmetry (SUSY) models. These works address topics like four-lepton final states, charm Yukawa coupling constraints, and quark-gluon plasma dynamics.

Scientific awards include the STFC Official Development Assistance (ODA) Institutional Award (2018). He also leads detector technology projects, such as modular scintillator bricks and thin-film pixel detectors for radiation tolerance.

As a full-time faculty member, Dr. Muenstermann collaborates extensively within the ATLAS collaboration, addressing challenges in transverse momentum reconstruction, charm-tagged jet analysis, and lepton universality tests.