Add to ORKGWe investigate effects of nonlocality in time of the interaction of a muon with a nucleus, which is caused by the polarization of electronic vacuum on the Lamb shift in muonic atoms. The vacuum-polarization corrections to the energy levels of heavy muonic atoms are calculated with and without taking into account the nonlocality of the interaction. The results of the calculations show that the nonlocal corrections to vacuum-polarization contribution to the Lamb shift are comparable with the Kallen-Sabry correction that is of order α2(Zα)
Currently, both the g factor measurement of the muon as well as the Lamb shift 2. S-2. P measurement...
In order to facilitate the analysis of muonic x-ray spectra, the results of numerical computations o...
The current discrepancy of theory and experiment observed recently in muonic hydrogen nece...
We investigate effects of nonlocality in time of the interaction of a muon with a nucleus, which is ...
We investigate effects of nonlocality in time of the interaction of a muon with a nucleus, which is ...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
In muonic atoms the Uehling potential (an effect of a free electronic vacuum polarization loop) is r...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The current discrepancy of theory and experiment observed recently in muonic hydrogen necessitates a...
Currently, both the g factor measurement of the muon as well as the Lamb shift 2. S-2. P measurement...
In order to facilitate the analysis of muonic x-ray spectra, the results of numerical computations o...
The current discrepancy of theory and experiment observed recently in muonic hydrogen nece...
We investigate effects of nonlocality in time of the interaction of a muon with a nucleus, which is ...
We investigate effects of nonlocality in time of the interaction of a muon with a nucleus, which is ...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
The vacuum polarization effects in the muonic atoms are investigated within the framework of the gen...
In muonic atoms the Uehling potential (an effect of a free electronic vacuum polarization loop) is r...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The interaction of an atom with an electromagnetic vacuum was investigated within the formalism of t...
The current discrepancy of theory and experiment observed recently in muonic hydrogen necessitates a...
Currently, both the g factor measurement of the muon as well as the Lamb shift 2. S-2. P measurement...
In order to facilitate the analysis of muonic x-ray spectra, the results of numerical computations o...
The current discrepancy of theory and experiment observed recently in muonic hydrogen nece...