International audienceWe reconsider the semiconductor trions from scratch. We first determine the very many "reasonable" ways to write the trions in first quantization. We then select the forms which are easy to relate to physical pictures. In a second part, we derive the corresponding creation operators in second quantization. We pay particular attention to the expression of the X- trion in terms of exciton and free-electron, as it is the one adapted to future works on many-body effects with trions
It is shown that the effects of configuration interactions on the energy level structure of (l + l')...
he realization of mixtures of excitons and charge carriers in van der Waals materials presents a fro...
Recent developments in single and double electrostatically confined quantum dots have shown that the...
We reconsider the semiconductor trions from scratch. We first determine the very many “reasonable” w...
International audienceOur new commutation technique for excitons interacting with electrons allowed ...
International audienceThe X− trion is essentially an electron bound to an exciton. However, due to t...
International audienceWe first show that, for problems dealing with trions, it is totally hopeless t...
We first show that, for problems dealing with trions, it is totally hopeless to use the standard man...
The final goal of this paper is to derive the effective scattering ruling the time evolution of two ...
The excitonic trions are moving bound states of an exciton and an electron or a hole in a semiconduc...
The object of quantum chemistry consists of interacting many particle systems of electrons and nucle...
In a semiconductor, negative charge is carried by conduction-band electrons and positive charge is c...
A brief account of the second quantization formalism applied to many-electron systems is presented
The general context We build on the stream of work of categorical semantics for quantum in-formation...
A brief account of the second quantization formalism applied to many-electron systems is presented
It is shown that the effects of configuration interactions on the energy level structure of (l + l')...
he realization of mixtures of excitons and charge carriers in van der Waals materials presents a fro...
Recent developments in single and double electrostatically confined quantum dots have shown that the...
We reconsider the semiconductor trions from scratch. We first determine the very many “reasonable” w...
International audienceOur new commutation technique for excitons interacting with electrons allowed ...
International audienceThe X− trion is essentially an electron bound to an exciton. However, due to t...
International audienceWe first show that, for problems dealing with trions, it is totally hopeless t...
We first show that, for problems dealing with trions, it is totally hopeless to use the standard man...
The final goal of this paper is to derive the effective scattering ruling the time evolution of two ...
The excitonic trions are moving bound states of an exciton and an electron or a hole in a semiconduc...
The object of quantum chemistry consists of interacting many particle systems of electrons and nucle...
In a semiconductor, negative charge is carried by conduction-band electrons and positive charge is c...
A brief account of the second quantization formalism applied to many-electron systems is presented
The general context We build on the stream of work of categorical semantics for quantum in-formation...
A brief account of the second quantization formalism applied to many-electron systems is presented
It is shown that the effects of configuration interactions on the energy level structure of (l + l')...
he realization of mixtures of excitons and charge carriers in van der Waals materials presents a fro...
Recent developments in single and double electrostatically confined quantum dots have shown that the...