Linked from

The 25 pages that link to Photoluminescence, each with the reason it gives.

• Band gapRelated: Emission spectra can reveal optical transitions near a material’s gap.

• ExcitonRelated: Exciton radiative recombination is a common source of photoluminescence.

• Fluorescence spectroscopyNarrower topic: It is the broader class of light emission measured in fluorescence spectroscopy.

• PhosphorBroader topic: It describes phosphors excited by light rather than by electrons or other particles.

• PhotoconductivityCompared with: It tracks radiative energy release, not an increase in electrical conduction.

• Quantum dotRelated: It is the usual way quantum dots display their size-dependent emission colors.

• Electron–hole pairRelated: Its intensity reveals how many pairs recombine by emitting light.

• Quantum yieldNarrower topic: Fluorescence and phosphorescence are common outcomes whose photon yields can be measured.

• PhosphorescenceNarrower topic: Phosphorescence is one delayed form of photoluminescence.

• ChemiluminescenceCompared with: It requires optical excitation, unlike chemiluminescence.

• ElectroluminescenceCompared with: It shares radiative transitions with electroluminescence but uses optical excitation.

• Color centerRelated: Some color centers emit light as trapped charge relaxes after excitation.

• ErbiumNarrower topic: Erbium ions emit light after absorbing energy, the basis of their optical uses.

• Zinc sulfideRelated: ZnS phosphors can emit visible light after excitation.

• White LEDNarrower topic: Phosphors create the longer-wavelength component of many white LEDs through this process.

• EuropiumNarrower topic: Europium phosphors convert absorbed ultraviolet or blue light into visible emission.

• LuminescenceBroader topic: It is the broad family of emissions triggered by absorbed light.

• Molybdenum disulfideRelated: Monolayer MoS₂ emits strongly because its direct band gap enables efficient radiative recombination.

• LazuriteCompared with: Unlike fluorescence, lazurite’s blue color is chiefly reflected light, not emitted light.

• Calcium sulfideNarrower topic: Calcium sulfide phosphors are examples of materials whose emission follows optical or other excitation.

• CarbazoleRelated: Many carbazole derivatives emit light after optical excitation.

• ScintillatorRelated: Its excited-state physics helps explain how scintillator materials convert deposited energy into light.

• Barium sulfideNarrower topic: Some BaS materials emit light after excitation, particularly when doped with activator ions.

• Caesium iodideRelated: Optical excitation reveals activator and defect states that also affect CsI scintillation.

• TugtupiteNarrower topic: Tugtupite can emit visible light under ultraviolet excitation.