Add to ORKGWe have calculated the energy levels of the hydrogen atom and as well the Lamb shift within the noncommutative quantum electrodynamics theory. The results show deviations from the usual QED both on the classical and on the quantum levels. On both levels, the deviations depend on the parameter of space/space noncommutativityConsiglio Nazionale delle Ricerche - Biblioteca Centrale - P.le Aldo Moro, 7 Rome / CNR - Consiglio Nazionale delle RichercheSIGLEITItal
Atomic mass differences are influenced by QED corrections, and a reliable understanding of these cor...
In this work, we present an exact analysis of the two-dimensional noncommutative hydrogen atom. In t...
We present a brief historical introduction to the motivations behind quantum mechanics and quantum f...
Comparing electronic hydrogen with muonic hydrogen shows that the discrepancy in measurement of the ...
We calculate the one- and two-loop corrections of order (Z)6 and 2(Z)6, respectively, to the Lamb sh...
Some aspects of spectral analysis of an effective Hamiltonian in non-relativistic quantum electrodyn...
In an atom, the interaction of a bound electron with the vacuum fluctuations of the electromagnetic ...
Abstract: In this paper we endeavour to determine the energy levels of an atom by virtue of the modi...
We study the spectrum of Hydrogen atom, Lamb shift and Stark effect in the framework of simultaneous...
Some aspects of spectral analysis of an effective Hamiltonian in non-relativistic quantum electrodyn...
Some aspects of spectral analysis of an effective Hamiltonian in non-relativistic quantum electrodyn...
Atomic binding energies are calculated at utmost precision. A report on the current status of Lamb-s...
We investigate the anomalous Zeeman effect for the hydrogen atom in noncommutative quantum mechanics...
We calculate the one- and two-loop corrections of order α(Zα)6 and α2(Zα)6, respectively, to the Lam...
In the paper the energy spectrum of the hydrogen like atom in the quantum mechanics with the non neg...
Atomic mass differences are influenced by QED corrections, and a reliable understanding of these cor...
In this work, we present an exact analysis of the two-dimensional noncommutative hydrogen atom. In t...
We present a brief historical introduction to the motivations behind quantum mechanics and quantum f...
Comparing electronic hydrogen with muonic hydrogen shows that the discrepancy in measurement of the ...
We calculate the one- and two-loop corrections of order (Z)6 and 2(Z)6, respectively, to the Lamb sh...
Some aspects of spectral analysis of an effective Hamiltonian in non-relativistic quantum electrodyn...
In an atom, the interaction of a bound electron with the vacuum fluctuations of the electromagnetic ...
Abstract: In this paper we endeavour to determine the energy levels of an atom by virtue of the modi...
We study the spectrum of Hydrogen atom, Lamb shift and Stark effect in the framework of simultaneous...
Some aspects of spectral analysis of an effective Hamiltonian in non-relativistic quantum electrodyn...
Some aspects of spectral analysis of an effective Hamiltonian in non-relativistic quantum electrodyn...
Atomic binding energies are calculated at utmost precision. A report on the current status of Lamb-s...
We investigate the anomalous Zeeman effect for the hydrogen atom in noncommutative quantum mechanics...
We calculate the one- and two-loop corrections of order α(Zα)6 and α2(Zα)6, respectively, to the Lam...
In the paper the energy spectrum of the hydrogen like atom in the quantum mechanics with the non neg...
Atomic mass differences are influenced by QED corrections, and a reliable understanding of these cor...
In this work, we present an exact analysis of the two-dimensional noncommutative hydrogen atom. In t...
We present a brief historical introduction to the motivations behind quantum mechanics and quantum f...