International audienceWe consider a system of a nucleus with an electron together with the quantized electromagnetic field. Instead of fixing the nucleus, the system is confined by its center of mass. This model is used in theoretical physics to explain the Lamb-Dicke effect. When an ultraviolet cut-off is imposed we initiate the spectral analysis of the Hamiltonian describing the system and we derive the existence of a ground state. This is achieved without condition on the fine structure constant
AbstractIn this note, we consider a Hamiltonian with ultraviolet and infrared cutoffs describing the...
The Bogoliubov-Dirac-Fock (BDF) model allows to describe relativistic elec- trons interacting with t...
We study the hydrogen atom confined to a spherical box with impenetrable walls but, unlike earlier p...
We consider a hydrogenoïd ion (one nucleus and one electron) interacting with the quantized electrom...
We consider a hydrogenoïd ion (one nucleus and one electron) interacting with the quantized electrom...
We consider a system of finitely many non-relativistic, quantum mechanical electrons bound to static...
AbstractWe consider a system of finitely many nonrelativistic, quantum mechanical electrons bound to...
Nous considérons un ion hydrogénoïde (un noyau et un électron) en interaction avec le champ électrom...
Nous considérons un ion hydrogénoïde (un noyau et un électron) en interaction avec le champ électrom...
AbstractWe consider a system of finitely many nonrelativistic, quantum mechanical electrons bound to...
Bound state calculations in quantum electrodynamics (QED) become unnecessarily complicated in high o...
The system of a particle minimally coupled to a radiation field with an 1iltraviolet cut-off is cons...
We consider a non-relativistic electron bound by an external potential and coupled to the quantized ...
We examine the binding conditions for atoms in non-relativistic QED, and prove that removing one ele...
We consider a system of finitely many non-relativistic electrons bound in an atom or molecule which ...
AbstractIn this note, we consider a Hamiltonian with ultraviolet and infrared cutoffs describing the...
The Bogoliubov-Dirac-Fock (BDF) model allows to describe relativistic elec- trons interacting with t...
We study the hydrogen atom confined to a spherical box with impenetrable walls but, unlike earlier p...
We consider a hydrogenoïd ion (one nucleus and one electron) interacting with the quantized electrom...
We consider a hydrogenoïd ion (one nucleus and one electron) interacting with the quantized electrom...
We consider a system of finitely many non-relativistic, quantum mechanical electrons bound to static...
AbstractWe consider a system of finitely many nonrelativistic, quantum mechanical electrons bound to...
Nous considérons un ion hydrogénoïde (un noyau et un électron) en interaction avec le champ électrom...
Nous considérons un ion hydrogénoïde (un noyau et un électron) en interaction avec le champ électrom...
AbstractWe consider a system of finitely many nonrelativistic, quantum mechanical electrons bound to...
Bound state calculations in quantum electrodynamics (QED) become unnecessarily complicated in high o...
The system of a particle minimally coupled to a radiation field with an 1iltraviolet cut-off is cons...
We consider a non-relativistic electron bound by an external potential and coupled to the quantized ...
We examine the binding conditions for atoms in non-relativistic QED, and prove that removing one ele...
We consider a system of finitely many non-relativistic electrons bound in an atom or molecule which ...
AbstractIn this note, we consider a Hamiltonian with ultraviolet and infrared cutoffs describing the...
The Bogoliubov-Dirac-Fock (BDF) model allows to describe relativistic elec- trons interacting with t...
We study the hydrogen atom confined to a spherical box with impenetrable walls but, unlike earlier p...