معرفی
Svante Jonsell is a Professor in Theoretical Atomic Physics at the Department of Physics, Stockholm University. He joined the university in 2009 and previously held a senior lecturer position at Swansea University. His research focuses on collision theory related to antihydrogen experiments at CERN, including the ALPHA and GBAR collaborations, as well as ultracold atoms and few-body systems. He coordinates postgraduate education in Physics and the 'Internship in Physics' course.
Research: Jonsell’s work spans two primary areas. First, he investigates antihydrogen through collaborations like ALPHA and GBAR, studying matter-antimatter symmetry via spectroscopy and gravity measurements. Notable achievements include the first antihydrogen gravity measurement and antihydrogen ion production studies. Second, he explores ultracold atoms, particularly Efimov states and laser cooling techniques. His theoretical models address van der Waals interactions and Feshbach resonance effects in three-body systems.
Publications highlight advancements in antihydrogen production, laser cooling, gravitational effects, and Efimov physics. Ongoing projects include GBAR’s antihydrogen gravity experiments and theoretical studies of antihydrogen-positronium interactions. No explicit scientific awards are mentioned, but his contributions are recognized through high-impact publications and CERN collaborations.
Advising and grants: While student names are unspecified, his research teams likely involve early-career physicists. Grants and funding details are not detailed in the text. He leads research education coordination across multiple physics disciplines at Stockholm University.
Labs/Teams: Active in the ALPHA and GBAR collaborations at CERN, focusing on antimatter experiments. His theoretical group develops models for antihydrogen dynamics and cold atom systems.
