International Conferenceon Precision Physics of Simple Atomic Systems
School on Bound-state QED
| Shui-Ming Hu | University of Science and Technology of China |
| Savely Karshenboim | Max Planck Institute of Quantum Optics |
| Zong-Chao Yan | University of New Brunswick |
| Greg Adkins | Franklin & Marshall College | Positronium: the quintessential QED bound state |
| Andrzej Czarnecki | University of Alberta | Introduction to Non-relativistic QED Applications of NRQED |
| Vladimir Dzuba | UNSW Sydney | Calculation of relativistic effects in many-electron atoms and ions |
| Michael Eides | University of Kentucky | Effective Dirac equation and hyperfine splitting in muonium |
| Savely Karshenboim | Max Planck Institute of Quantum Optics, Ludwig-Maximilians-Universität München |
Different sectors of bound state QED |
| Vladimir I. Korobov | Joint Institute for Nuclear Research | Variational method for the bound states in quantum mechanics NRQED approach for studying the hydrogen molecular ions and antiprotonic helium |
| Krzysztof Pachucki | University of Warsaw | QED of H, He and H2: theoretical approach QED of H, He and H2: computational methods and results |
| Vladimir A. Yerokhin | St. Petersburg State Polytechnic University | Calculations of QED effects to all orders in the binding nuclear field: electron self-energy |
| Vladimir M. Shabaev | St. Petersburg State University | QED theory of high-Z few-electron ions |
| Stefano Laporta | University of Padua | Calculations of higher-loop QED form factors and application to bound states |