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
4.7 OTHERS

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