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<big>'''Center for Materials and Devices for Information Technology Research'''</big>
A) Overview of STC - 1 or 2 lectures (Include how Thrust 1 ties to Thrust 2) (Reid & Armstrong)
B) Basics of light and fields – 90 minutes  (Perry and Kippelen)
*Free space concepts
*Propagation in lossless, non dispersive dielectrics
*Propagation in anistropic media


C) Radiometry, Photometry and Color – 60 minutes (Kippelen)
[[File:CEI_logo_tag_color.360x105.jpg]]<br>
*fundamentals of radiometry, definitions
[http://cei.washington.edu Link to the Clean Energy Institute]
*luminance
*radiative transfer equation
*photometric units
*point and extended sources
*CIE chromaticity diagram
*Additive and substractive color mixing


D) Molecular Orbitals – 150 minutes (Marder & JLB)
== Clean Energy ==
*Carbon valency
===Energy Basics===
*Nodes
*[[Energy Basics]]
*Sigma and pi orbitals
*[[Survey of Renewables]]
*Donors and acceptors
*[[Clean Energy Policy]]
*Functional groups
*Ionization potential and electron affinity
*Definition of HOMO and LUMO
*Distinction between an orbital and state


E) Absorption and Emission of Light – 2 lectures (Perry) – SETH AND JLB ???
===Solar Basics===
*Jablonski diagram
[[Image:Solar_tracker_in_Lixouri.jpg|thumb|200px|Solar tracker]]
*Absorption and chemical structure
*[[Electromagnetic Radiation]]
*fluorescence, ISC, phosphorescence, nonradiative decay
*[[Solar Technologies]]
*Transition dipole moment, oscillator strength, extinction coefficient
*[[Solar Cell Introduction|Solar Cell Introduction]]
*Stokes shift
*[[Physics of Solar Cells]]
*Energy transfers
*[[Band-gap]]
<br clear='all'>


F) Electronic Processes and Materials – 150 Minutes (Kippelen )
===Solar Materials===
*Current, conductors, and organic semiconductors
[[Image:Perovskite_ABO3.jpg|thumb|200px|Perovskite]]
*Classical electron theory of charge transport
*[[Silicon Solar]]
*Charge mobility, resistivity, sheet resistance, transparent conducting oxides
*[[Perovskites]]
*Dielectrics and capacitors, energy and potential
*[[CIGS, CIS, CdTe]]
*Charge transport in amorphous solids, disorder formalism
*[[Quantum Dots]]
*Time-of-flight experiments
*[[Luminescent Solar Concentrator]]
*Metal organic semiconductor contacts, Ohmic and Schottky contacts
*[[Graetzel or Dye Sensitized Solar Cell]]
*Space-charge limited currents
*[[Photonic Crystal]]
*Electroluminescence
*[[2D Materials]]
*Photogeneration of carriers
<br clear='all'>
*Photodetectors


G) Introduction to Liquid Crystals – 100 Minutes (Marder, Kippelen)
'''Organic Solar Cells'''
*Liquid crystals
[[Image:Opvtestcells.png|thumb|200px|OPV Test Cells]]
*Director – Classification of LCs
*[[Major Processes in Organic Solar Cells]]
*Alignment
*[[Organic Heterojunctions in Solar Cells]]
*Alignment layers
*[[Energy vs Charge Transfer at Heterojunctions]]
*Birefringence
*[[Current OPV Research Directions]]
*Freederickz transition
<br clear='all'>
*Characterization of liquid crystals
*Dielectric anisotropy
*Viscoelastic properties of LCs


H) Liquid Crystal Displays – 80 Minutes (Kippelen, Marder)
== Energy Storage ==
*Polarized light
=== Introduction ===
*Twisted nematic cell
[[Image:UET.jpg|thumb|200px|Unienergy Flow Battery]]
*Active and passive matrix displays
*[[Storage Basics]]
*Pixel driver circuits
*[[Battery Basics]]


I) OLEDs - 4 lectures. (Armstrong)
*[[Hydrogen Policy]]
*[[Data Center Energy Management]]


*Preface
=== Battery Types ===
*Sections 1,2 Light Emitting Electrochemical Processes
*[[Coin Cell Battery]]
*Section 3 What is a light emitting diode?
*[[Lithium Ion Battery]]
*Section 4 The first OLEDs
*[[Redox Flow Battery]]
*Section 5 O/O’ Heterojunctions in OLEDs (include small molecules and materials section)
*[[Supercapacitor]]
*Section 7 Organic Heterojunctions Revisited
=== Battery Materials ===
*Sections 8,9 Enhancing OLED Efficiency with added fluorescent/phosphorescent dopants
*[[Solid State Electrolyte]]
<br clear='all'>
===Battery Research Tools===
*[[MACCOR Battery Tester]]
*[[Current Voltage Instrument Automation]]


J) Introduction to Organic Solar Cells
== Grid Integration ==
*Overview of crystalline silicon and thin-film photovoltaic technologies
[[Image:EGRIDSubregionmap.jpg|thumb|200px|US Power Grids]]
*Donor/acceptor heterojunctions
*[[Smart Grid]]
*Exciton generation, diffusion and dissociation
*[[Grid Integration of Renewables]]
*Solar spectrum
*[[MatPower Simulation of Submodular Optimization for Voltage Control in Power Systems]]
*Power conversion efficiency, external quantum efficiency
<br clear='all'>
*Equivalent circuit and modeling, diode parameters
*Examples of multilayer and bulk heterojunction organic solar cells
*Electrochemical solar cells. 


K) Recent results of “state-of-the-art” STC research (Armstrong, Kippelen and others)
== Photonics Core Concepts and Applications ==
[http://depts.washington.edu/cmditr/media/Photonics.html Concept Map CMDITR]
 
[[Image:Wordle3.png|thumb|center|600px|This graphic was created by processing the CMDITR 2009 annual report in the Wordle program. The larger the word the more times it appeared in the text.]]
<br clear='all'>
 
===Basics of Light ===
[[Image:Snells_law_wavefronts.gif|thumb|150px|]]
*[[Propagation, Reflection and Refraction]]
*[[Dispersion and Scattering of Light]]
*[[Diffraction of Light]]
 
*[[Luminescence Phenomena]]
*[[Color and Chromaticity]]
 
<br clear='all'>
 
=== Optical Fibers, Waveguides, and Lasers ===
[[Image:Military_laser_experiment.jpg|thumb|200px|]]
 
*[[Optical Fibers]]
*[[Total Internal Reflection]]
*[[Planar Dielectric Waveguides]]
*[[Optical Fiber Waveguides]]
*[[Dispersion and Attenuation Phenomena]]
*[[Lasers]]
 
===Molecular Orbitals===
[[Image:HAtomOrbitals.png|thumb|200px]]
*[[Atomic Orbitals and Nodes]]
*[[Electronegativity and Bonding Between Atoms]]
*[[Sigma and pi Orbitals|Sigma and Pi Orbitals]]
*[[Polarization and Polarizability]]
*[[Electronic Coupling Between Orbitals]]
*[[Donors and Acceptors]]
<br clear='all'>
 
===Electronic Band Structure of Organic Materials===
[[Image:Ethylene.JPG|thumb|200px|]]
*[[Introduction to Band Structure]]
*[[Electronic Structure of Hydrogen]]
*[[The Polyene Series]]
*[[Bloch's Theorem]]
*[[Electrical Properties]]
*[[Electronic States vs Molecular Levels]]
<br clear='all'>
 
===Absorption and Emission of Light===
[[Image:Abs Emis stokes.png|thumb|200px|]]
*[[Introduction to Absorption]]
*[[Changes in Absorption Spectra]]
*[[Jablonksi Diagram]]
*[[Fluorescence Process]]
*[[Transition Dipole Moment]]
*[[Absorption and Emission]]
*[[Photochromism]]
*[[Interchain Interactions]]
 
<br clear='all'>
 
===Transport Properties===
[[Image:rubrene.png|thumb|150px|]]
*[[Charge Carrier Mobility]]
*[[Band Regime versus Hopping Regime]]
*[[Electronic Coupling]]
*[[Model Calculations of Electronic Coupling]]
*[[Marcus Theory and Reorganization Energy]]
*[[Electron-Phonon Coupling]]
 
<br clear='all'>
 
===Liquid Crystals and Displays===
[[Image:Fächertextur.jpg|thumb|200px|]]
*[[Liquid Crystals]]
*[[Double Refraction and Birefringence]]
*[[Director – Degrees of Order in Liquid Crystals]]
*[[Classification and Examples of Liquid Crystals]]
*[[Alignment]]
*[[Freederickz Transition and Dielectric Anisotropy]]
*[[Liquid Crystal Displays]]
 
<br clear='all'>
 
===Organic Light Emitting Diodes===
[[Image:PNNL_Light_Lab_041.jpg|thumb|200px|Blue phosphorescent OLED developed by Pacific Northwest National Laboratory.]]
*[[OLED Device Applications]]
*[[Light Emitting Electrochemical Processes]]
*[[The OLED Test Cell]]
*[[What is a Light Emitting Diode?]]
*[[The First OLEDs]]
*[[Organic/Organic Heterojunctions in OLEDs]]
*[[OLED Charge Mobilities]]
*[[Organic Heterojunctions]]
*[[Fluorescent/Phosphorescent Dopants]]
*[[Metal Complex Dopants]]
<br clear='all'>
 
===Organic Electronics===
*[[Organic Electronics Overview]]
*[[Synthesis of Organic Semiconductors]](In progress)
*[[Organic Field Effect Transistors]]
 
 
==Non linear Optics and Devices==
 
===Quantum Mechanical and Perturbation Theory of Polarizability===
*[[Quantum-Mechanical Theory of Molecular Polarizabilities]]
*[[Mathematical Expansion of the Dipole Moment]]
*[[Perturbation Theory]]
 
===Second-order Processes, Materials & Characterization ===
[[Image:MachZehnder.gif|thumb|200px]]
*[[Second-order Processes]]
*[[Structure-Property Relationships]]
*[[Second-order NLO Materials]]
*[[Second-order Material Design]]
*[[Terahertz Radiation]]
*[[Second-order Material Characterization]]
 
<br clear='all'>
 
===Third-order Processes, Materials & Characterization ===
[[Image:Tpa_concentrated.png|thumb|100px|]]
*[[Introduction to Third-order Processes and Materials]]
*[[Two Photon Absorption]]
*[[Characterization of Third-order Materials]]
<br clear='all'>
 
===Organic Photonics Applications in Information Technology ===
[[Image:Dualmz packaged.png|thumb|200px|]]
*[[Optical Networks]]
*[[Passive Optical Polymers]]
*[[Electro-optic Polymers and Devices]]
*[[Materials Processing and Fabrication]]
<br clear='all'>
 
===Photonics Integration===
[[Image:Si_waveguide_em.jpg‎|thumb|200px|]]
*[[The Need for Photonic Integration]]
*[[Photonics Integration]]
<br clear='all'>
 
== Research Equipment, Devices and Techniques ==
These wiki pages include training videos produced at University of Washington, University of Arizona, Georgia Tech, and Norfolk State University. These videos can also be accessed through the [http://www.youtube.com/cmditr | CMDITR YouTube channel]
<br clear='all'>
[[Image:PES.jpg|right|200px|link=Photoelectron Spectrometer XPS and UPS]]
 
=== Characterization ===
'''Composition'''
*[[Photoelectron Spectrometer XPS and UPS]]
*[[UV/VIS/NIR spectrometer]]
*[[Fourier transform infrared spectroscopy (FTIR)/Raman spectroscopy]]
*[[NMR spectrometer]]
*[[Electron Spin Resonance (ESR)]]
*[[Energy Dispersive X-Ray Spectroscopy(EDX)]]
*[[Real Time Gas Analyzer]]
 
<br clear='all'>
'''Structure'''
[[Image:Sirion sem.png|thumb|200px| ]]
*[[Scanning Electron Microscope]]
*[[Transmission Electron Microscope]]
*[[Conducting Tip Atomic Force Microscopy]]
*[[Photoconducting Tip Atomic Force Microscopy pcAFM]]
*[[Profilometer]]
*[[X-ray Diffraction]]
*[[Raman microscope]]
 
<br clear='all'>
'''Properties'''
[[Image:Zscan.png|thumb|200px| ]]
*[[Two-Photon Spectroscopy]]
*[[Hyper Rayleigh Scattering]]
*[[Teng-Man Method]]
*[[Attenuated Total Reflectance]]
*[[External quantum efficiency]]
*[[Metricon Prism Coupler]]
*[[Femtosecond Z-Scan Spectrometer]]
*[[Femtosecond Pump-Probe Spectroscopy]]
*[[Electron Loss Spectroscopy and Plasmonics]]
*[[Confocal microscope]]
*[[Superconducting Quantum Interference Device- SQUID]]
*[[Fluorometer]]
*[[Ellipsometer]]
*[[Surface Analyzer]]
*[[Xray Absorption Near Edge Spectroscopy- XANES]]
*[[Grazing-Incidence Small-Angle X-ray Scattering (GISAXS)]]
*[[Electrochemical Impedence Spectroscopy EIS]]
*[[Pulse Pick Laser for measuring excitons]]
*[[Automation of current / voltage measurements]]
*[[Measuring Capacitance]]
*[[MACCOR Battery Tester]]
 
=== Synthesis===
 
*[[Lead Sulfide Quantum Dot Synthesis]]
*[[Silver Nano Prism Synthesis]]
*[[Cadmium Selenide Nanocrystal Synthesis]]
*[[General Synthesis Techniques]]
*[[Ionic Liquid Synthesis]]
*[[Molecular Dynamics Simulation]]
*[[Supercritical fluids]]
 
===Device Fabrication===
[[Image:glovebox.png|thumb|200px| ]]
*[[Spin coater]]
*[[Make a Coin Cell Battery]]
*[[Make an Electrode for Coin Cell]]
*[[Make a Perovskite Solar Cell]]
*[[Graphene Synthesis and Characterization]]
 
*[[Organic Photovoltaic Fabrication and Test Apparatus]]
*[[E-beam Lithography]]
*[[Physical Vapor Deposition PVD - Vacuum/thermal coater]]
*[[Physical Vapor Transport]]
*[[Magnetron Sputtering Coater]]
*[[Chemical Vapor Deposition]]
*[[Spark Plasma Sintering (SPS)]]
*[[Laser Mask Generator]]
*[[OFET fabrication and characterization]]
*[[Mach-Zehnder Device]]
 
 
'''In Development'''
*Reactive ion etcher
*Plasma etcher
*[[Molecular Beam Epitaxy]]
*[[Atomic Layer Deposition ALD]]
*[[Liquid Phase Deposition]]
 
*SPM
 
== Professional Development for Research and Career Planning ==
*[[Writing a Successful Proposal]]
*[[How to Keep a Lab Notebook]]
*[[Writing a Scientific Paper]]
*[[How to Give a Research Presentation]]
*[[Poster Session]]
*[[Basic Illustration Techniques]]
*[[Mentoring]]
*[[Teaching]]
*[[Outreach | Communicating Science to the Public]]
*[[Responsible Conduct of Research- RCR]]
*[[Career Planning]]
*[[Green Chemistry]]
*[[Laboratory Safety]]
*[[Keys to Success in Graduate School]]
 
==Acronyms and Unit Abbreviations==
*[[Acronyms]]
*[[Variables and Constants]]
*[[Units]]
 
==[[External Education Links]]==
 
==K-12 Outreach Kits and Labs==
[[Image:AssembledCell_small.JPG|thumb|200px|]]
=== Middle School ===
*[[K-12 Outreach Introduction]]
*[[Basic Optics - Outreach Kit]]
*[[Photovoltaics- Outreach Kit]]
*[[Solar Car Derby]]
*[[Solar Cell Photon Toss Exhibit]]
*[[Cuprous Oxide Solar Cell]]
 
=== High School ===
*[[Lasers and Telecommunication- Outreach Kit]]
*[[Nanocrystalline - Dye Solar Cell Lab]]
*[[Phosphorescent Decay Lab]]
*[[PV Characterization Lab]]
*[[SunDawg Exhibit]]
*[[Radiometer measurements]]
<br clear='all'>
 
=== Introductory College ===
*[[Organic Photovoltaic Device Lab]]
*[[Nanoparticle Lab]]
<br clear='all'>
 
==[[Suggested Wiki Sequence By Audience]]==
 
== [[Photonics Wiki Showcase]] ==
 
== [[Concept Map]] ==
 
==[[Credits and Reviewers]]==

Latest revision as of 16:09, 16 June 2020

Error creating thumbnail: Unable to save thumbnail to destination


Link to the Clean Energy Institute

Clean Energy

Energy Basics

Solar Basics

Solar tracker


Solar Materials

Perovskite


Organic Solar Cells

OPV Test Cells


Energy Storage

Introduction

Unienergy Flow Battery

Battery Types

Battery Materials


Battery Research Tools

Grid Integration

US Power Grids


Photonics Core Concepts and Applications

Concept Map CMDITR

This graphic was created by processing the CMDITR 2009 annual report in the Wordle program. The larger the word the more times it appeared in the text.


Basics of Light

Snells law wavefronts.gif


Optical Fibers, Waveguides, and Lasers

Military laser experiment.jpg

Molecular Orbitals

HAtomOrbitals.png


Electronic Band Structure of Organic Materials

Ethylene.JPG


Absorption and Emission of Light

Abs Emis stokes.png


Transport Properties

Rubrene.png


Liquid Crystals and Displays

Fächertextur.jpg


Organic Light Emitting Diodes

Blue phosphorescent OLED developed by Pacific Northwest National Laboratory.


Organic Electronics


Non linear Optics and Devices

Quantum Mechanical and Perturbation Theory of Polarizability

Second-order Processes, Materials & Characterization

MachZehnder.gif


Third-order Processes, Materials & Characterization

Tpa concentrated.png


Organic Photonics Applications in Information Technology

Dualmz packaged.png


Photonics Integration

Si waveguide em.jpg


Research Equipment, Devices and Techniques

These wiki pages include training videos produced at University of Washington, University of Arizona, Georgia Tech, and Norfolk State University. These videos can also be accessed through the | CMDITR YouTube channel

PES.jpg

Characterization

Composition


Structure

Sirion sem.png


Properties

Zscan.png

Synthesis

Device Fabrication

Glovebox.png


In Development

  • SPM

Professional Development for Research and Career Planning

Acronyms and Unit Abbreviations

External Education Links

K-12 Outreach Kits and Labs

AssembledCell small.JPG

Middle School

High School


Introductory College


Suggested Wiki Sequence By Audience

Photonics Wiki Showcase

Concept Map

Credits and Reviewers

Retrieved from "http://cleanenergywiki.org/index.php?title=Main_Page&oldid=9794"