Infrared photodetector based on solution-processed colloidal quantum dots (QDs), which
possess the special properties of wide-size-tunable bandgap, high quantum confinement …

The discovery of Dirac fermions in a number of 2D and 3D materials boosted the solid-state
research in an unprecedented way. Among the many hopes of using their exceptional …

We discuss and illustrate the appearance of topological fermions and bosons in triple-point
metals where a band crossing of three electronic bands occurs close to the Fermi level …

Band gap is known as an effective parameter for tuning the Landé g factor in
semiconductors and can be manipulated in a wide range through the bowing effect in …

Realizing a large Landé g-factor of electrons in solid-state materials has long been thought
of as a rewarding task as it can trigger abundant immediate applications in spintronics and …

The search for exotic new topological states of matter in widely accessible materials, for
which the manufacturing process is mastered, is one of the major challenges of the current …

The search for room temperature quantum spin Hall insulators (QSHIs) based on widely
available materials and a controlled manufacturing process is one of the major challenges of …

InAs 1–x Sb x has the smallest bandgap of conventional III-V ternary alloys and thus has
been of scientific interest for mid-wavelength (MWIR, 3–5 μm) and long-wavelength (8–12 …

InAsSb is the only direct-bandgap III–V compound semiconductor alloy that absorbs and
emits light over the entire long-wavelength infrared band (8–12 micron). We measured its …

Generating large topologically protected surface currents using conventional III–V infrared
materials such as InAsSb/InGaSbAs quantum wells (QWs) and superlattices (SLs) has been …