Difference between revisions of "Credits and Reviewers"

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|**Optical Fibers, waveguides and lasers
|**Optical Fibers, waveguides and lasers
|Brédas - GT6484
|Brédas - GT6484
 
|
|2
|-
|-
|Molecular Orbitals
|Molecular Orbitals
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|Electronic Band Structure of Organic Materials
|Electronic Band Structure of Organic Materials
|Brédas - GT6483
|Brédas - GT6483
|
|2
|-
|-
|Absorption and Emission of Light
|Absorption and Emission of Light
|Brédas/ Marder
|Brédas/ Marder
|
|2
|-
|-
|Transport Properties
|Transport Properties
|Brédas - GT6483
|Brédas - GT6483
|
|2
|-
|-
|Liquid Crystals and Displays
|Liquid Crystals and Displays
|Marder - GT6484
|Marder - GT6484
|
|2
|-
|-
|Organic Light Emitting Diodes
|Organic Light Emitting Diodes
|Neal Armstrong - CMDITR
|Neal Armstrong - CMDITR
|
|2
|-
|-
|Organic Solar Cells
|Organic Solar Cells
|Jean Luc Brédas' - GT6483, Neal Armstrong- REU
|Jean Luc Brédas' - GT6483, Neal Armstrong- REU
|Erin Ratcliff
|Erin Ratcliff
|3
|-
|-
|2 Non Linear Optics and Electronics
|2 Non Linear Optics and Electronics
|-
|-
|**Quantum Mechanical and Perturbation Theory of Polarizability  
|**Quantum Mechanical and Perturbation Theory of Polarizability  
|Brédas, Robinson, Rehr
|Brédas, Robinson, Rehr|
|2
|-
|-
|Second-order Processes, Materials & Characterization
|Second-order Processes, Materials & Characterization
|Seth Marder - GT6484
|Seth Marder - GT6484
|
|2
|-
|-
|Third-order Processes, Materials & Characterization
|Third-order Processes, Materials & Characterization
|Seth Marder - GT6484
|Seth Marder - GT6484
|
|2
|-
|-
|**Synthesis of Organic Semiconductors  
|**Synthesis of Organic Semiconductors  
|Luscombe, Reid
|Luscombe, Reid
|
|1
|-
|-
|**Techniques for Fundamental Processes  
|**Techniques for Fundamental Processes  
|Ginger
|Ginger
|-
|
|**Lasers
|1
|Brédas - GT6484
|-
|-
|**Photonics Integration
|**Photonics Integration
|Dalton - Photonics for Breakfast- Hochberg
|Dalton - Photonics for Breakfast- Hochberg
|
|1
|-
|-
|**Organic Photonics Applications in Information Technology
|**Organic Photonics Applications in Information Technology
|
|2
|-
|-
|3 Research Equipment, Devices and Techniques
|3 Research Equipment, Devices and Techniques

Revision as of 12:22, 27 July 2009

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.

Contents

Topic Contributor/Source Reviewer/Editor Stage
1 Photonics Core Concepts and Applications
Basics of Light Brédas - GT6484 1
Luminescence and Color Brédas - GT6483
**Optical Fibers, waveguides and lasers Brédas - GT6484 2
Molecular Orbitals Marder - GT6483
Electronic Band Structure of Organic Materials Brédas - GT6483 2
Absorption and Emission of Light Brédas/ Marder 2
Transport Properties Brédas - GT6483 2
Liquid Crystals and Displays Marder - GT6484 2
Organic Light Emitting Diodes Neal Armstrong - CMDITR 2
Organic Solar Cells Jean Luc Brédas' - GT6483, Neal Armstrong- REU Erin Ratcliff 3
2 Non Linear Optics and Electronics
**Quantum Mechanical and Perturbation Theory of Polarizability 2
Second-order Processes, Materials & Characterization Seth Marder - GT6484 2
Third-order Processes, Materials & Characterization Seth Marder - GT6484 2
**Synthesis of Organic Semiconductors Luscombe, Reid 1
**Techniques for Fundamental Processes Ginger 1
**Photonics Integration Dalton - Photonics for Breakfast- Hochberg 1
**Organic Photonics Applications in Information Technology 2
3 Research Equipment, Devices and Techniques
4 General Research Best Practices

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