OHFEL

Organic Hybrid Flexible Electronics
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Focuses on designing and fabricating next-generation electronic materials. We specialize in creating innovative composites by combining functional organic polymers with advanced nano-structured materials. Our goal is to develop flexible and efficient devices for key applications, including renewable energy harvesting, advanced biosensors for early disease detection, and effective thermal management for high-performance electronics.

RESEARCH TOPICS

  • Composite of electroactive polymer and nano-structured ceramic as efficient heat dissipating coating
  • Hybrid piezoelectric nano-structured organic polymers for triboelectric energy harvesting.
  • Composition engineering for UV stable perovskite materials system
  • Heat resistant perovskite halide system.
  • Niobium-manganase composite films as counter electrode for dye-sensitized solar cell
  • Molybdenum trioxide-titanium dioxide as photoanode for dye-sensitized solar cell
  • Molecularly Imprinted Polymer-based Sensor for Early Detection of Chronic Kidney Disease
  • Plasmonic ZnO Catalyst for Enhanced CO2 Reduction
  • Two-dimensional titanium carbide (Mxene)/silver nanostars (AgNs) composite as SERS substrate for thiram pesticide detection
  • Building localized surface plasmon resonance sensor as biosensor
  • Fabrication of carbon-based composite as thermally conductive materials
  • A simulation study of thermal materials for efficient heat transfer in integrated circuit
  • Improvement of Organic Transistor Performance by utilizing Blended Structure
  • Improvement of Organic Transistor Performance by utilizing Stacking Structure

THEME MEMBERS

RESEARCH LABORATORIES (OHFEL)