Topic 1. Organic Conductors and Superconductors

• molecular conductors and superconductors
• new molecules and molecular materials
• spin liquids, single molecular magnet
• electron correlation in molecular materials
• physics of low dimensional electron systems
• topological materials

Topic 2. π-Conjugated Molecules

• molecular, supramolecular, liquid crystals and polymeric materials
• synthesis and characterization
• theory and modeling
• fullerene, carbon nanotubes
• electrical, optical, nonlinear optical, magnetic, and electrochemical properties
• aggregation and aggregate systems
• functional material for green chemistry

Topic 3. Organic Electronics

• printed electronics/flexible electronics
• energy storage and conversion devices (thermoelectric, photoelectric, capacitors, etc.)
• OFETs, OLETs, electrochemical transistors, memories, electro/photo chromic devices, actuators, sensors, piezoelectric devices, RFID and rectifiers
• molecular & supramolecular electronics
• molecular magnets & organic spintronics
• graphene
• sustainable devices for the ecological and energetic transition

Topic 4. Organic Photonics

• solar cells (organics, polymers, perovskite, quantum dot, etc.)
• LEDs (organics, polymers, perovskite, quantum dot, etc.)
• LECs
• molecular & supramolecular photonics
• converters
• detectors
• organic lasers
• microcavity phenomena and devices

Topic 5. Bioinspired Materials, Devices and Applications

• self-assembled biomaterials
• bioconjugated materials
• biomimic structures
• bioimaging and biolabeling
• biosensors
• bioelectronics and biophotonics
• neuromorphic system (memristors, etc.)
• nature inspired devices
• bio/chemo-sensor systems enhanced by artificial intelligence (AI)