May 13, 2019 · The hyperfine splitting in heavy highly charged ions provide the means to test QED in extremely strong magnetic fields.
The hyperfine splitting in heavy highly charged ions provide the means to test QED in extremely strong magnetic fields. In order to provide a meaningful ...
The hyperfine splitting in heavy highly charged ions provide the means to test QED in extremely strong magnetic fields. In order to provide a meaningful ...
The hyperfine splitting in heavy highly charged ions provide the means to test QED in extremely strong magnetic fields. In order to provide a meaningful ...
The hyperfine splitting in heavy highly charged ions provide the means to test QED in extremely strong magnetic fields. In order to provide a meaningful ...
Abstract. The hyperfine splitting in heavy highly charged ions provide the means to test QED in extremely strong magnetic fields.
The hyperfine puzzle of strong-field bound-state QED · Nörtershäuser, W. · Ullmann, J. · Skripnikov, L. V. · Andelkovic, Z. · Brandau, C. · Dax, A. · Geithner, W.
May 16, 2017 · The theory of quantum electrodynamics (QED) has been developed to take all these effects into account and was confirmed to very high precision ...
The hyperfine-puzzle of strong-field bound-state QED. 17 May 2018, 09:50. 20m. oral without proceeding QED, g-factors #3. Speaker. Dr Stefan Schmidt (Johannes ...
Similar to the hyperfine splitting, highly accurate measurements of the bound state g factor in hydrogen-like ions provide a sensitive tests of bound-state QED.