Continued development in the areas of communication, security, medicine, and safety is
calling for terahertz‐wave technologies to evolve beyond laboratory research and into the …

The last decade has witnessed explosive growth in terahertz radiation fields, ranging from
fundamental research to applications. This progress has been marked by the introduction of …

Cadmium germanium diphosphide (CdGeP2) crystals, with versatile terahertz-generating
properties, belong to the chalcopyrite family of nonlinear optical materials. Other widely …

Regulating secondary bonds in organic compounds is one of the important routes to design
practical materials with excellent performances. However, controlling the molecular …

To investigate whether environmentally benign chalcopyrite phosphides may be used in the
thermoelectric energy conversion, the solid solution ZnGe1–x Sn x P2 was prepared by ball …

Abstract A type-II InAs/AlAs 0.16 Sb 0.84 multiple-quantum well sample is investigated for
the photoexcited carrier dynamics as a function of excitation photon energy and lattice …

Optical rectification (OR) is a popular way to generate coherent terahertz radiation. Here, we
develop a sub-picosecond mid-infrared (mid-IR) light source with a tailored wavelength and …

Difference frequency generation under mixing of repetitively-pulsed CO-and CO_2-laser
radiation in AgGaSe_2, BaGa_2GeSe_6 and PbIn_6Te_10 nonlinear crystals was studied …

Liquid-phase exfoliation (LPE) is a promising and scalable technique to produce low-cost
dispersible nanosheets of graphene and nano-graphite for electronic, optoelectronics, and …

Nanohardness and Young's modulus of oriented monocrystalline II-IV-V_2 chalcopyrite
semiconductors are measured by nanoindentation for the first time. The tests are performed …