Experimental studies of fundamental physics using muons and muonic atoms.
A variety of instrumentation for precision physics using pulsed muon beams.
Research outcomes published as papers, conference proceedings, and reports.
Talks and posters at conferences, presentation at seminars.
Lectures, student training, and educational activities in muon and particle physics.
Public engagement and science communication related to muon science and accelerator-based research.
Practical notes on experimental techniques, instrumentation, gas and vacuum handling, and computing.
The most stringent test of the bound-state QED theory and a precision measurement of the muon-to-electron mass ratio.
The ultimate muon beam produced by laser ionized muonium.
The most stringent test of the bound-state QED theory and a precision measurement of the muon-to-electron mass ratio.
A new measurement of the proton Zemach radius via spectroscopy of the ground-state hyperfine splitting in muonic hydrogen.
Dynamical processes in muonic atoms.
Determination of the Fermi constant by measuring the lifetime of positive muon.
Materials science research using localized magnetic probes on a microscopic scale.
Precision measurement of the muon anomalous magnetic moment and a search for the muon electric dipole moment.
Relativistic proton-proton collision for factorization of the proton spin.