• Fundamentals of organic electronics: charge transport, modeling, photophysics, etc


  • Design and synthesis of materials for organic electronics: organic conductors and semiconductors, dielectrics, substrates, etc.


  • Organic field effect transistors: single crystal, polymer and monolayer OFETs, integrated circuits and related devices.


  • Organic light emitting devices: OLEDs and OLETs, white light-emitting devices, organic lasers.


  • Organic and hybrid solar cells: small molecules and polymer photovoltaics, tandem cells, perovskites-based photovoltaics, etc.


  • Organic sensors: physical (pressure, temperature, photo, etc.) sensors, chemo- and biosensors.