AVO 4 orthovanadates are materials of fundamental and technological importance due to
the large variety of functional properties exhibited by them. These materials have potential …

In this article, we review the advances that have been made on the understanding of the
high-pressure (HP) structural, vibrational, and electronic properties of wolframite-type oxides …

Mechanical energy is a natural energy that can be considered as a form of rich, clean, and
renewable energy and it can be harvested by using piezoelectric materials. Water pollution …

In this work, we have studied the electronic structure of FePO 4 and FeVO 4 under high
pressure by means of optical-absorption measurements and first-principles calculations …

We have studied the electronic properties at ambient pressure and under high pressure of
InVO 4, InNbO 4, and InTaO 4 powders, three candidate materials for hydrogen production …

Pressure-induced phase transitions in orthovanadates have led to interesting physical
phenomena. The observed transitions usually involve large volume collapses and drastic …

The high-pressure crystal structure, lattice-vibrations, and electronic band structure of
BiSbO4 were studied by ab initio simulations. We also performed Raman spectroscopy …

A wide band gap is a fundamental requirement for an ideal nonlinear optical material. A two-
step investigation has been implemented to determine the relationship between the band …

We explore the potential of Tb-and Yb-doped InVO4, InTaO4, and InNbO4 for applications
as phosphors for light-emitting sources. Doping below 0.2% barely change the crystal …

Two-dimensional monolayers such as scandium oxyhalides are future compounds for
prospective optoelectronics, quantum information, and quantum technologies. These two …