Credits and Reviewers

There are many people who have assisted in the production of this wiki. This page shows where the materials came from and who was involved. Most of the text has been captured from a series of lectures recorded in 2005-2008 by Center faculty Jean-Luc Bredas (Georgia Tech), Neal Armstrong (University of Arizona) and Seth Marder (Georgia Tech).

This wiki was created by the Center for Materials and Devices for Information Technology Research -NSF Grant #0120967

Contents

Topic	Contributor/Source	Reviewer/Editor	Stage*
1 Photonics Core Concepts and Applications
Basics of Light	Brédas - GT6484,GT6483	Kippelen	3
Optical Fibers, waveguides and lasers	Brédas - GT6484	Peyghambarian, Fallahi	2
Molecular Orbitals	Marder - GT6483	Massimo Malagoli (Brédas)	3
Electronic Band Structure of Organic Materials	Brédas - GT6483	Peyghambarian, Jayan Thomas	3
Absorption and Emission of Light	Brédas/ Marder	Kevin Noone (Ginger)	3
Transport Properties	Brédas - GT6483	Armstrong, Graham	3
Liquid Crystals and Displays	Marder - GT6484	Kippelen	3
Organic Light Emitting Diodes	Neal Armstrong - CMDITR	Byoungnam Park (Reichmanis)	3
Organic Solar Cells	Jean Luc Brédas' - GT6483, Neal Armstrong- REU	Armstrong Erin Ratcliff	3
Organic Electronics	Luscombe, Peter Kazarinoff	Jenekhe	1
2 Non Linear Optics and Electronics
Quantum Mechanical and Perturbation Theory of Polarizability	Brédas, Robinson, Rehr	Rehr, Brédas, Robinson – review each other's work	2
Second-order Processes, Materials & Characterization	Seth Marder - GT6484 Paul Cunningham (UMBC)	Paul Cunningham Jen, Chen, Norwood	3
Third-order Processes, Materials & Characterization	Seth Marder - GT6484, Mariacristina Rumi	Mariacristina Rumi, (Hochberg, Perry)	3
Organic Photonics Applications in Information Technology	Norwood	Jenekhe	1
**Photonics Integration	Dalton - Photonics for Breakfast- Hochberg	Norwood	1
Organic Photonics Applications in Information Technology	Norwood, Michal Malicki - Georgia Tech- Thesis Introduction(Self Assembled materials, gold nanoparticles)	Dalton, Peyghambarian, Norwood	2
3 Research Equipment, Devices and Techniques	Shaun Taylor, Suzanne Hunter - Various - see below	Graham	3
4 General Research Best Practices	Marder	Timofeeva, Black	2
K-12 Outreach Kits	Shaun Taylor	Jeanne Small	3

*Stage: The wiki is being created in stages. The definition of each stage is as follows.

Stage 1- Origination- Faculty prepares PowerPoint and records lecture

Stage 2- Rough Draft Wiki- lecture is transcribed and PPT is converted to wiki

Stage 3- Review Edit / Enhancement- scientifc review with an assigned editor, quiz questions, animations added.

Stage 4- Release Draft- ready for general consumption

Research Equipment Training Videos

Topic	Contributor/Source
OPV Fabrication and Test	Erin Ratcliff / UA Armstrong
UPS/XPS	Armstrong / UA Armstrong
Conducting Tip AFM	Alex Veneman / UA Armstrong
Two Photon Absorption	Todd Ewy / UW
Hyper Rayleigh Scattering	Denise Bale / UW
SEM with E beam lithography	Scott Braswell / UW NUF
External Quantum Efficiency	Brad Macleod /UW
ATR - Teng Man	Scott Hurst /UW
UV-VIS spec	Ilya Kosilkin
TEM	Xiaoxia Gao / UW NTUF-
Bright Spots	Suely Black -NSU, Bob Norwood-UA, Sam Graham- GT,