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I.	Organic Semiconductors


Organic Semiconductors

  • Synthesis of tailor-made molecules, copolymers and block copolymers
  • Novel doping strategies of organic semiconductors towards Polymeric Thermoelectrics
  • Design and characterization of Mixed Ionic-Electronic conductors towards Bioelectronics (OECTS).

Read more: Organic Semiconductors




  • Solution processible hybrid halide perovskites to address environmental stability.
  • Variation and control of dimensionality, interfaces
  • Design and synthesis of real hybrids of organic semiconductor-inorganic perovskite to study hybrid quantum well structures and anisotropic energy and electron transport processes.

Read more: Perovskites



All-solid –State Batteries

  • Polymer architecture for novel amorphous solid polymer electrolytes (SPEs) –beyond PEG.
  • Novel cathode materials and integration of cathode-supported SPEs to reach high specific capacity and power.


Read more: ALL-solid-State Batteries



Organic/Hybrid Devices

  • Organic/Hybrid Photovoltaic Devices (OPV)
  • Organic Field Effect Transistors (OFET)
  • Space Charge Limited Current Devices (SCLC)
  • Organic Electrochemical Devices (OECT)