معرفی
Magdalena Vande Voorde is a Lecturer and Doctoral student at the Particle Physics, Astrophysics and Medical Imaging Unit of KTH Royal Institute of Technology. She holds teaching roles in courses such as Engineering Skills (SA1007), Modern Physics (SH1012), and Subatomic Physics (SH2103), demonstrating her dual role in both education and research. Her research focuses on high-energy physics experiments, particularly involving the ATLAS detector at the Large Hadron Collider (LHC), with an emphasis on Higgs boson properties, vector boson interactions, and searches for beyond the Standard Model physics. She contributes to detector calibration, jet flavor tagging, and event reconstruction methodologies. Recent work includes studies on WbWb production, CP violation in Higgs decays, and long-lived particle signatures at future colliders like FCC-ee. Her interdisciplinary interests also extend to the environmental sustainability of computing infrastructure in large-scale physics experiments.
Her research portfolio includes over 50 publications since 2023, focusing on precision measurements of particle interactions and novel analysis techniques for collider data. Notable contributions include the observation of double parton scattering in W-boson pair production and the development of neural simulation-based inference tools for parameter estimation. She actively participates in international collaborations like the ECFA Higgs Factory Study, exploring future collider strategies for precision physics.
- Teaching: Engineering Skills (SA1007), Modern Physics (SH1012), Subatomic Physics (SH2103)
- Research Themes: ATLAS Experiment, Higgs Physics, Collider Phenomenology
- Key Projects: FCC-ee Long-Lived Scalar Searches, Top-Quark Mass Calibration
Her work bridges experimental particle physics with computational innovation, addressing both theoretical challenges and practical sustainability concerns in large-scale scientific endeavors.
