The infrared technology is entering widespread use as it starts fulfilling a growing number of
emerging applications, such as smart buildings and automotive sectors. Majority of infrared …

The concept of leaky electronic states in the continuum is used to achieve room temperature
operation of photovoltaic superlattice infrared photodetectors. A structural asymmetric …

In this paper, we show a superlattice quantum well infrared photodetector (S-QWIP) grown
by metal-organic vapor phase epitaxy with two narrow photocurrent peaks in the mid …

Herein, two challenges are addressed, which quantum well infrared photodetectors
(QWIPs), based on III‐V semiconductors, face, namely: photodetection within the so‐called …

We use the leaky electronic state in the continuum concept to create a photovoltaic and
photoconductive dual-mode operation superlattice infrared photodetector working at a …

The quantum Bragg mirror detector (QBMD) is an innovative class of photodetectors
designed to explore optical transitions from the ground state to bound states or to leaky …

We present the concept of a leaky electronic state in the continuum in a semiconductor
superlattice with a structural defect. The required conditions for such unusual electronic state …

The electronic quasi-bound state in the continuum concept is explored in an InGaAs/InAlAs
heterostructure to create a voltage-tunable dual-colour quantum Bragg mirror detector. This …

Abstract An InGaAs/InAlAs superlattice infrared photodetector is developed to reach the
forbidden gap in the SWIR range for arsenides, between 1.7 and 2.5 μm, appropriate for …

We present e-mulate, an user-friendly software developed to calculate the electronic states
of quantum well heterostructures. e-mulate was designed with a graphical user interface for …