Difference between revisions of "Credits and Reviewers"

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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.
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 [http://stc-mditr.org Center for Materials and Devices for Information Technology Research] -NSF Grant #0120967


Contents
Contents
Line 7: Line 9:
!  Contributor/Source
!  Contributor/Source
!  Reviewer/Editor
!  Reviewer/Editor
|-
|-
|1 Thrust 1: Organic Electro-Optic and All-Optical Materials and Devices
|1 Photonics Core Concepts and Applications
|-
|-
|1.1 **Propagation of Light  
|[[Main_Page#Basics_of_Light |Basics of Light]]
|Jean Luc Brédas' GT 6484
|Brédas - GT6484,GT6483
|Kippelen
 
|-
|-
|1.2 **Quantum Mechanical and Perturbation Theory of Polarizability
|[[Main_Page#Optical_Fibers.2C_Waveguides.2C_and_Lasers |Optical Fibers, waveguides and lasers]]
|(Brédas, Robinson, Rehr)
|Brédas - GT6484
|Peyghambarian, Fallahi
 
|-
|-
|1.3 Second-order Processes, Materials & Characterization
|[[Main_Page#Molecular_Orbitals | Molecular Orbitals]]
|Seth Marder
|Marder - GT6483
|'''Massimo Malagoli''' (Brédas)
 
|-
|-
|1.4 Third-order Processes, Materials & Characterization
|[[Main_Page#Electronic_Band_Structure_of_Organic_Materials |Electronic Band Structure of Organic Materials]]
|Seth Marder
|Brédas - GT6483
|Peyghambarian, Jayan Thomas
 
|-
|-
|1.5 **Synthesis of Organic Semiconductors
|[[Main_Page#Absorption_and_Emission_of_Light |Absorption and Emission of Light]]
|(Luscombe, Reid)
|Brédas/ Marder
|'''Kevin Noone''' (Ginger)
 
|-
|-
|1.6 **Techniques for Fundamental Processes
|[[Main_Page#Transport_Properties |Transport Properties]]
|(Ginger)
|Brédas - GT6483
|Armstrong, Graham
 
|-
|-
|1.7 **Design of n-type Semiconductors for Organic Electronic Applications
|[[Main_Page#Liquid_Crystals_and_Displays | Liquid Crystals and Displays]]
|Marder - GT6484
|Kippelen
 
|-
|-
|1.8 **Lasers
|[[Main_Page#Organic_Light_Emitting_Diodes | Organic Light Emitting Diodes]]
|Brédas
|Neal Armstrong - CMDITR
|'''Byoungnam Park''' (Reichmanis)
 
|-
|-
|1.9 **Integrated Si Photonics
|[[Main_Page#Organic_Solar_Cells | Organic Solar Cells]]
|(Hochberg)
|Jean Luc Brédas' - GT6483, Neal Armstrong- REU
|Armstrong '''Erin Ratcliff'''
 
|-
|-
|2 Thrust 2: Light Sources and Organic Electronics
|[[Synthesis_of_Organic_Semiconductors |Organic Electronics]]
|Luscombe, Peter Kazarinoff
|Jenekhe
 
|-
|-
|2.1 Photonics Integration
|2 Non Linear Optics and Electronics
|Larry Dalton
|-
|-
|2.2 Basics of Light
|[[Main_Page#Quantum_Mechanical_and_Perturbation_Theory_of_Polarizability |Quantum Mechanical and Perturbation Theory of Polarizability]]
|Brédas
|Brédas, Robinson, Rehr
|Rehr, Brédas, Robinson – review each other's work
 
|-
|-
|2.3 Luminescence and Color
|[[Main_Page#Second-order_Processes.2C_Materials_.26_Characterization |Second-order Processes, Materials & Characterization]]
|Brédas
|Seth Marder - GT6484 Paul Cunningham (UMBC)
|'''Paul Cunningham''' Jen, Chen, Norwood
 
|-
|-
|2.4 Molecular Orbitals
|[[Main_Page#Third-order_Processes.2C_Materials_.26_Characterization |Third-order Processes, Materials & Characterization]]
|Marder
|Seth Marder - GT6484, Mariacristina Rumi
|'''Mariacristina Rumi''', (Hochberg, Perry)
 
|-
|-
|2.5 Electronic Band Structure of Organic Materials
|[[Main_Page#Organic_Photonics_Applications_in_Information_Technology |Organic Photonics Applications in Information Technology]]
|Brédas
|Norwood, Michal Malicki - Georgia Tech- Thesis Introduction (Self Assembled materials, gold nanoparticles)
|Dalton, Peyghambarian, Norwood
 
 
|-
|-
|2.6 Absorption and Emission of Light
|**Photonics Integration
|Brédas/ Marder
|Dalton - Photonics for Breakfast- Hochberg
|Norwood
 
 
|-
|3 Research Equipment, Devices and Techniques
|Shaun Taylor, Suzanne Hunter - Various - see below
|Graham
 
|-
|4 Professional Development for Research and Career Planning
|Seth Marder, Phil Reid, Jeanne Small
|Timofeeva, Black
 
|-
|K-12 Outreach Kits
|Shaun Taylor
|Jeanne Small
 
|}
 
 
Research Equipment Training Videos
 
{| class="wikitable" border="1"
|-
!  Topic
!  Contributor/Source
|-
|OPV Fabrication and Test
|Erin Ratcliff / UA Armstrong
|-
|UPS/XPS
|Armstrong / UA Armstrong
|-
|Conducting Tip AFM
|Alex Veneman / UA Armstrong
|-
|-
|2.7 Transport Properties
|Two Photon Absorption
|Brédas
|Todd Ewy / UW
|-
|-
|2.8 Liquid Crystals and Displays
|Hyper Rayleigh Scattering
|Marder
|Denise Bale / UW 
|-
|-
|2.9 Organic Light Emitting Diodes
|SEM with E beam lithography
|Neal Armstrong
|Scott Braswell / UW NUF
|-
|-
|2.10 Organic Solar Cells
|External Quantum Efficiency
|Jean Luc Brédas', Neal Armstrong
|Brad Macleod /UW
|Erin Ratcliff
|-
|-
|2.11 **Organic Photonics Applications in Information Technology
|ATR - Teng Man
|Scott Hurst /UW
|-
|-
|2.12 **Recent Results of “State-of-the-Art” STC Research
|UV-VIS spec
|Ilya Kosilkin
|-
|-
|3 Research Equipment, Devices and Techniques
|TEM
|Xiaoxia Gao / UW NTUF- 
|-
|-
|4 General Research Best Practices
|Bright Spots
|Suely Black -NSU, Bob Norwood-UA, Sam Graham- GT, 
|}
|}

Latest revision as of 10:48, 9 August 2010

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
1 Photonics Core Concepts and Applications
Basics of Light Brédas - GT6484,GT6483 Kippelen
Optical Fibers, waveguides and lasers Brédas - GT6484 Peyghambarian, Fallahi
Molecular Orbitals Marder - GT6483 Massimo Malagoli (Brédas)
Electronic Band Structure of Organic Materials Brédas - GT6483 Peyghambarian, Jayan Thomas
Absorption and Emission of Light Brédas/ Marder Kevin Noone (Ginger)
Transport Properties Brédas - GT6483 Armstrong, Graham
Liquid Crystals and Displays Marder - GT6484 Kippelen
Organic Light Emitting Diodes Neal Armstrong - CMDITR Byoungnam Park (Reichmanis)
Organic Solar Cells Jean Luc Brédas' - GT6483, Neal Armstrong- REU Armstrong Erin Ratcliff
Organic Electronics Luscombe, Peter Kazarinoff Jenekhe
2 Non Linear Optics and Electronics
Quantum Mechanical and Perturbation Theory of Polarizability Brédas, Robinson, Rehr Rehr, Brédas, Robinson – review each other's work
Second-order Processes, Materials & Characterization Seth Marder - GT6484 Paul Cunningham (UMBC) Paul Cunningham Jen, Chen, Norwood
Third-order Processes, Materials & Characterization Seth Marder - GT6484, Mariacristina Rumi Mariacristina Rumi, (Hochberg, Perry)
Organic Photonics Applications in Information Technology Norwood, Michal Malicki - Georgia Tech- Thesis Introduction (Self Assembled materials, gold nanoparticles) Dalton, Peyghambarian, Norwood


**Photonics Integration Dalton - Photonics for Breakfast- Hochberg Norwood


3 Research Equipment, Devices and Techniques Shaun Taylor, Suzanne Hunter - Various - see below Graham
4 Professional Development for Research and Career Planning Seth Marder, Phil Reid, Jeanne Small Timofeeva, Black
K-12 Outreach Kits Shaun Taylor Jeanne Small


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,