This review presents the recent progress in computational materials design, experimental
realization, and control methods of spinodal nanodecomposition under three-and two …

Embedding rare-earth monopnictide nanoparticles into III–V semiconductors enables
unique optical, electrical, and thermal properties for THz photoconductive switches, tunnel …

The incorporation of lanthanide pnictide nanoparticles and films into III-V matrices allows for
semiconductor composites with a wide range of potential optical, electrical, and thermal …

Rare-earth materials epitaxially codeposited with III-V semiconductors form small, spherical
rare-earth-monopnictide nanoparticles embedded within the III-V host. The small size of …

We explore the electrical, optical, and structural properties of fast photoconductors of In 0.53
Ga 0.47 As containing a number of different rare-earth arsenide nanostructures. The rare …

We report on the molecular beam epitaxy growth and characterization of TbAs films. In situ
reflection high energy electron diffraction and ex situ high resolution X-ray diffraction …

Nanocomposites are becoming a new paradigm in thermoelectric study: by incorporating
nanophase (s) into a bulk matrix, a nanocomposite often exhibits unusual thermoelectric …

We explore the effects of surfactant-mediated epitaxy on the structural, electrical, and optical
properties of fast metal-semiconductor superlattice photoconductors. Specifically …

We report the effects of the growth rate on the properties of iii-v nanocomposites containing
rare-earth-monopnictide nanoparticles. In particular, the beneficial effects of surfactant …

We propose and systematically justify a band structure for TbAs nanoparticles in GaAs and
In 0.53 Ga 0.47 As host matrices. Fluence-dependent optical-pump terahertz-probe …