Introduction to μASTI

• Vladimir Pascalutsa (JGU Mainz)
• Aldo Antognini (ETH Zurich and PSI, Switzerland)

Room: Hönggerberg Campus

5-loop QED correction to muon g-2

• Sergey Volkov

Room: Hönggerberg Campus

Higher-order QED corrections in two-body systems

• Vojtech Patkos

Room: Hönggerberg Campus

Numerical calculation of nuclear recoil effects

• Vladimir Yerokhin

Room: Hönggerberg Campus

Heavy particle Quantum Electrodynamics

• Krzysztof Pachucki (University of Warsaw)

Room: Hönggerberg Campus

Measurement of muonic helium Lamb shift (REMOTE)

• Randolf Pohl (University of Mainz)

Room: Hönggerberg Campus

µASTI write-up

• Franziska Hagelstein

Room: Hönggerberg Campus

Nuclear polarizabilities (REMOTE)

• Nir Barnea (The Hebrew University)

Room: Hönggerberg Campus

Proton radii from electron scattering

• Vladyslava Sharkovska (Paul Scherrer Institute)

Room: Hönggerberg Campus

Proton electromagnetic form factors and radii from lattice QCD

• Miguel Salg (University of Mainz)

Room: Hönggerberg Campus

Expansion of finite-size effects

• Sotiris Pitelis (Johannes Gutenberg-Universität Mainz)

Room: Hönggerberg Campus

QUARTET experiments

• Ben Ohayon (Hebrew University)

Room: Hönggerberg Campus

Accurately obtaining muonic hydrogen hyperfine splitting from the electronic result

• Carl Carlson (William & Mary)

Room: Hönggerberg Campus

Nuclear radii from EFT calculations (REMOTE)

• Arseniy Filin (Ruhr-Universität Bochum)

Room: Hönggerberg Campus

Accounting for nucleon contributions in nuclei

• Vadim Lensky (JGU Mainz)

Room: Hönggerberg Campus

Prospects for the determination of fundamental constants with beyond-state-of-the-art uncertainty using molecular hydrogen ion spectroscopy

• Stephan Schiller (Heinrich-Heine-Universität Düsseldorf)

Room: Hönggerberg Campus