Add to ORKGThis paper summarizes recent developments in the search for materials and designs that can lead to lasing without global population inversion in the far infrared based on intersubband devices. The recent proposal of using the strong k-dependence of the transverse electric dipole moment to filter local inversion of nonequilibrium holes in the valence subbands of III-V quantum wells is discussed
A systematic procedure is described for the maximization of gain in optically pumped intersubband la...
In the past, infrared imaging has been used exclusively for military applications. In fact, it can a...
We propose a novel intersubband laser based on transition between the ground-state heavy-hole subban...
A microscopic mechanism for intersubband lasing without inversion based on valence band transitions ...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
A strongly asymmetric stepped and a parallel quantum well (QW) far-infrared laser structure are prop...
In this paper we investigate the possibility of producing local population inversion that can lead t...
We demonstrate the potential for laser operation at far-infrared wavelengths (30–300 µm, 1–10 THz) b...
This paper applies the Keldysh nonequilibrium Green's-function formalism to introduce the concept of...
Some of the earliest theoretical speculation, stimulated by the growth of semiconductor superlattice...
The main candidate to be a practical and low cost high power THz source is the intersubband-based q...
The main candidate to be a practical and low cost high power THz source is the intersubband-based qu...
We investigate the possibility of inter-conduction band without global inversion by engineering the ...
A systematic procedure is described for the maximization of gain in optically pumped intersubband la...
A systematic procedure is described for the maximization of gain in optically pumped intersubband la...
In the past, infrared imaging has been used exclusively for military applications. In fact, it can a...
We propose a novel intersubband laser based on transition between the ground-state heavy-hole subban...
A microscopic mechanism for intersubband lasing without inversion based on valence band transitions ...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
A strongly asymmetric stepped and a parallel quantum well (QW) far-infrared laser structure are prop...
In this paper we investigate the possibility of producing local population inversion that can lead t...
We demonstrate the potential for laser operation at far-infrared wavelengths (30–300 µm, 1–10 THz) b...
This paper applies the Keldysh nonequilibrium Green's-function formalism to introduce the concept of...
Some of the earliest theoretical speculation, stimulated by the growth of semiconductor superlattice...
The main candidate to be a practical and low cost high power THz source is the intersubband-based q...
The main candidate to be a practical and low cost high power THz source is the intersubband-based qu...
We investigate the possibility of inter-conduction band without global inversion by engineering the ...
A systematic procedure is described for the maximization of gain in optically pumped intersubband la...
A systematic procedure is described for the maximization of gain in optically pumped intersubband la...
In the past, infrared imaging has been used exclusively for military applications. In fact, it can a...
We propose a novel intersubband laser based on transition between the ground-state heavy-hole subban...