1. OVERVIEW: FLEXIBLE ELECTRONICS AND OPTOELECTRONICS
2. FLEXIBLE SUBSTRATES AND PREPARATION TECHNIQUES
3. MATERIALS FOR FLEXIBLE ELECTRONICS AND OPTOELECTRONICS
3.1 SILICON-BASED THIN FILMS
3.2 TRANSITION METAL-OXIDE SEMICONDUCTORS
3.3 ORGANIC SEMICONDUCTORS
3.4 2D MATERIALS
3.5 FLEXIBLE CONDUCTING THIN FILMS
3.6 FLEXIBLE ENCAPSULATION
4. FLEXIBLE ELECTRONIC AND OPTOELECTRONIC DEVICES
4.1 THIN-FILM TRANSISTORS
4.2 LIGHT EMITTING DIODES
4.3 REFLECTIVE DISPLAY MATERIALS: ELECTROPHORETIC, CHOLESTRIC LIQUID CRYSTAL
4.4 PHOTODIODES
4.5 SOLAR CELLS
4.6 BIO-SENSORS
5. THIN FILM MECHANICS
6. FABRICATION TECHNIQUES OF FLEXIBLE ELECTRONICS AND OPTOELECTRONICS
6.1 DIRECT FABRICATION VS. TRANSFER PROCESS
6.2 SUBSTRACTIVE PROCESS VS. ADDITIVVE PROCESS
6.3 BATCH PROCESS VS ROLL-TO-ROLL PROCESS
6.4 VACUUM DEPOSITION VS WET PROCESS
7. MECHANICAL STRESS/STRAIN EFFECT ON DEVICE PERFORMANCES