Linked from

The 13 pages that link to Organic semiconductor, each with the reason it gives.

• SemiconductorBroader topic: Molecular materials provide a distinct alternative to conventional inorganic crystals.

• AromaticityRelated: Aromatic conjugated frameworks help support charge transport in many organic semiconductors.

• Conjugated systemNarrower topic: Extended conjugation provides electronic states used for charge transport in many organic semiconductors.

• Polycyclic aromatic hydrocarbonRelated: Some extended PAHs and related compounds transport charge in electronic materials.

• Organic compoundBroader topic: Some carbon-based compounds transport charge in electronic devices.

• Aromatic compoundRelated: Extended aromatic structures can support charge transport in lightweight electronic materials.

• AnthraceneNarrower topic: Anthracene's conjugated framework supports charge transport in organic electronic materials.

• OLEDNarrower topic: OLED layers use these materials to carry charge and emit light.

• PolaronRelated: Molecular vibrations can dress charge carriers and influence their mobility.

• AdamantaneRelated: Functionalized adamantane cages can serve as rigid components in organic electronic materials.

• PhenothiazineRelated: Phenothiazine derivatives are studied as donor units in optoelectronic and charge-transfer materials.

• Alan J. HeegerNarrower topic: Conductive-polymer research helped establish organic materials as a serious electronics platform.

• Crystal engineeringRelated: Molecular packing in organic crystals can influence charge transport and device performance.