Selective epitaxial growth forms isolated electrodes with matched crystal orientation, enabling reproducible mass-fabrication of nanowire-based devices.
Core-shell seeded rod nanostructures use buffer layers to passivate interfaces, resolving fluorescence quantum efficiency losses from carrier delocalization.
Anisotropic metal nanoparticles tune surface plasmon resonance bands to enhance excitation and emission, overcoming single-band limitations.
Segmented nanowires reduce heat capacity to resolve single photon energy levels, overcoming thermalization limits in conventional bolometers.
A Ce3+-doped fluoride nanophosphor emits tunable green to red light under single ultraviolet excitation via energy transfer mechanisms.