Tag: photoluminescence

A gadolinium-doped zinc tungstate and graphene oxide nanocomposite achieves a 169 percent boost in alpha-particle scintillation counting rate with a ...

A density functional theory study of seven chrysene-based molecules identifies the computational methods and structural design rules needed to create ...

Co-doping carbon quantum dots with nitrogen and sulfur dramatically boosts their nonlinear optical response under low-power lasers, opening new routes ...

Researchers have grown bilayer molybdenum disulfide with 1H stacking by chemical vapour deposition, restoring the direct band gap and strong ...

Researchers have engineered an interlocking core-shell architecture that mechanically and chemically couples a protective shell to perovskite nanocrystal emitters, dramatically ...

Cerium doping of sol-gel nickel-magnesium ferrite nanoparticles enhances magnetic, optical, dielectric and antibacterial properties, with the 0.07 composition showing the ...

Researchers have developed hybrid screens that combine metasurfaces with lanthanide-doped nanoparticles to convert infrared light directly into bright, processable visible ...

Researchers in Brazil have created luminescent gold nanoparticle-polypyrrole-europium nanocomposites in a single one-pot synthesis that could enhance future optoelectronic sensors.

A new review explains how perovskite quantum dots degrade in water and surveys the ligand engineering and silica encapsulation strategies ...