Lecture Notes - Semester 1
Week 1
Introduction to Organic Electronics
Week 4
Optical Properties - Orbitals, Selection Rules, Transitions
Week 7
Optical Properties - Diffusion and Annihilation
Week 10
Electronic Properties - Contacts and Heterojunctions
Week 13
Materials and Thin-Film Devices - Deposition and Patterning
Week 2
Language, Structure, and Binding
Week 5
Optical Properties - Molecular
Spectra, Excitons, Polarization
Week 8
Electronic Properties -
Charge Transfer, Mobility,
Ohmic and Space-charge Currents
Week 11
Electronic Properties - Organic and Organic/Inorganic Heterojunction
Week 14
Materials and Thin-Film Devices - Manufacturing and Patterning
Week 3
Calculating Structure and Epitaxy
Week 6
Optical Properties - Charge Transfer States, Spin, Energy Transfer
Week 9
Electronic Properties - Mobility, Recombination, Metal-Organic Contacts
Week 12
Materials and Devices - Purity and Growth
Week 15
Review
Lecture Notes - Semester 2
Week 1
Review of Semester 1,
Light Emitters - Basics
Week 4
Light Emitters -
SWOLED, Outcoupling
Week 7
Light Detectors - Basics, Photoconductors, Photodetectors
Week 10
Light Detectors - Modules, Thin-Film Transistors - Basics
Weeks 13 & 14
Other Topics
Week 2
Light Emitters - Design, Color, Materials
Week 5
Light Emitters - Reliability, Lasers
Week 8
Light Detectors - OPV Basics, Efficiency Measures, Architecture
Week 11
Thin-Film Transistors - Architecture, Frequency Response, Morphology
Week 15
Full Course Review
Week 3
Light Emitters - Roll-off, WOLEDs
Week 6
Light Detectors - Basics
Week 9
Light Detectors - Multijunction, Singlet Fission, Light Trapping, Reliability
Week 12
Thin-Film Transistors - SAM, Reliability, Applications
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