Luminescent materials with reversibly tunable ability under external stimuli, eg, strain and
electric field, are of great interest for developing advanced multifunctional optical devices …

The ability to reversibly control the luminescent properties of functional materials with
diverse external stimuli, such as an electric field, strain, and temperature, is crucial for …

Controlling magnetism by an electric field is of critical importance for the future development
of ultralow-power electronic and spintronic devices. Progress has been made in electrically …

Ferroelectric luminescent materials with more unique requirements, such as high-speed, low-
cost, and low-power, and being light-weight, all-inorganic, transparent, flexible and …

This work presents a physical vapour-based fabrication of an exciton-plasmon system via
depositions of ZnO microrods (ZnOµRs) and Ag nanoparticles (AgNPs) on glass and p-type …

Smart microstructure design in nanocomposite films allows us to tailor physical properties
such as ferroelectricity and thermal stability to broaden applications of next-generation …

The phenomenon of flexoelectricity, wherein mechanical deformation induces alterations in
the electron configuration of metal oxides, has emerged as a promising avenue for …

The rare-earth doped ferroelectric photoluminescence (PL) phosphors are attracting
considerable interest because of their flexible structure, wide band gap and high-quality …

The ferroelectric, dielectric and energy storage properties of (1− x) Pb (Mg1/3Nb2/3) O3–
xPbTiO3 (PMN–PT) can be changed by altering the concentration of PbTiO3, but a wider …

Ferromagnetic insulators (FMIs) have widespread applications in microwave devices,
magnetic tunneling junctions, and dissipationless electronic and quantum-spintronic …