Newsletter Volume 002 (July 20, 2009)

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Center for Organic Photonics & Electronics

©2009 The Center or Organic Photonics and Electronics :: Georgia Institute o Technology

www.cope.gatech.edu

(continued on page 2)

The partnership between Solvay and

COPE has taken a new turn since the end

o 2008 with the launch o the Solvay Global

Discovery Program (SGDP). This program

marks a new step in the open innovation

strategy o the company and builds on the

active collaborations that COPE has had with

selected partners in the US, UK, and China.

SGDP includes ve institutions that have

agreed to work together with Solvay in

the elds o organic eld-eect transistors

(OFET) and, to some extent, organic

photovoltaics (OPV). The establishment o

SGDP comes rom the realization that the

integration o the research activities o all the

partners oers greater opportunities than the

mere sum o individual bilateral contracts,

which are nowadays the norm or industry-

sponsored research.

The Solvay Global Discovery

Program ametummy nis

NEWSLETTER Issue: 00 July 20, 2009

Participants in the Solvay Global Discovery Program (SGDP) k ick-o meeting held at Georgia Tech in

January 2009.

In the News

GT MRSEC Awarded (May 15, 2009)

NSF has awarded unding to Georgia Te

to establish the GT Materials Science a

Engineering Center (MRSEC). GT will rece

$8.1 M over six years or research, educati

and outreach activities. The research w

include the development o new transpare

electrodes or organic electronics bas

upon graphene as well as nano-patterning

graphene or electronic applications whi

is applicable to the research done by vario

COPE aculty members.

Iodine Group Helps Create Diver

Conjugated Polymers (May 7, 2009)

Juan Tolosa, Chris Kub, and Uwe H.F. Bunz

Georgia Tech report a postpolymerizati

strategy or creating hyperbranch

conjugated polymers that maximize divers

with minimal synthetic eorts in a ne

paper entitled, Hyperbranched: A Univer

Conjugated Polymer Platform. (Angew. Che

Int. Ed.) The ndings are also highlighted

the April 27, 2009 edition o C&EN News.

Georgia Tech Renews COPE thru 2012

(April 10, 2009) The Georgia Tech O

o the Provost, the College o Science a

The College o Engineering have agreed

continue providing COPE with support or t

next 3 years and an option or an addition

3 years. During the upcoming period, CO

intends to continue conducting state-o-th

art research and also expand its infuen

and reach in the eld o organic photon

and electronics by establishing an Industr

Aliates Program (launching in Fall 2009).

For more stories visitwww.cope.gatech.edu/news

SGDP kicked o with a meeting at Georgia

Tech on Jan. 19-20, 2009. The participants

appear in the picture below.

The partner institutions include in additionto Georgia Tech and COPE:

Imperial College London• , represented by

the groups o James Durrant in Chemistry

and Thomas Anthopoulos in Physics, well

known or their work on the spectroscopy o

π-conjugated materials and the abrication

o OFETs, respectively.

University of Washington• , with the

group o Samson Jenekhe in Chemistryand Chemical Engineering, active in the

synthesis o organic electronic materials in

particular electron-transport materials.



2

Faculty SpotlightDr. Baratunde Cola joined Georgia Tech’s

George W. Woodru School o MechanicalEngineering in April o 2009. He received his

B.E (2002) and M.S. (2004) rom Vanderbilt

University and his Ph.D. (2008) rom Purdue

University, all in mechanical engineering.

At Purdue, he was honored with an Intel

Foundation Fellowship, a Purdue Doctoral

Fellowship, and a NASA Institute o

Nanoelectronics and Computing Fellowship.

He was also the recipient o Purdue’s

College o Engineering “Top Dissertation

Award” or his research on photoacoustic

characterization o carbon nanotube (CNT)

array thermal interaces. Dr. Cola worked as

a test and development research engineer

at Intel during the summer o 2007, and he

was a visiting scholar at UT Dallas NanoTech

Institute rom January 2009 until the start o

his appointment at Tech.

His current research is ocused on abricating

and exploring the properties o nanostructured

suraces and interaces to enhance energy

transport and conversion, improve heat

transer characteristics, and enable MEMS and

nanotechnology devices. He is particularly

interested in investigating energy transport

through interaces and nanosized contacts.

His principal tools or investigating nanoscale

thermal transport are custom photoacoustic

and emtosecond thermoreectance

techniques. Such non-contact, laser-based

techniques oer the increased delity and

spatial and temporal resolution necessary to

observe thermal events at the nanoscale. Dr.

Cola directs the Nanoengineered Systems and

Transport (NEST) Research Group at Georgia

Tech.

The NEST Group continues Dr. Cola’s

research on CNT thermal interace

materials. Their work in this area has led

to the development o materials with

increased conductance and compliance

that have been demonstrated to transer

heat rom an electronic device to a heat

sink more efciently than the best available

materials. Dr. Cola has established patents

or thermal interace materials based on

CNT array structures that are currently

being developed or commercial use.

The NEST Group is also investigating the

use o CNT array electrodes or efcient and

cost-eective electrochemical harvesting

o thermal energy. The CNT electrodes are

combined with various organic electrolyte

and doped polymer structures to produce

(continued from page 1)

Princeton University• , with the group o

Antoine Kahn in Electrical Engineering,

expert in the photoemission

spectroscopy o organic electronic

materials.

Institute o Chemistry o the Chinese•

Academy o Sciences in Beijing,with several groups part o the Key

Laboratory or Organic Solids headed

by Daoben Zhu; the groups o Wenping

Hu, Yongang Li, and Yunqi Liu, Zhigang

Shuai, Wei Xu, and Xiaowei Zhan provide

expertise in the modeling, synthesis,

and device abrication o organic

conjugated molecules and polymers

or OFET and OPV applications.

T

aking advantage o the Program,

Solvay and COPE organized the 3rd

Solvay~COPE Symposium on Organic

Electronics. The Symposium was held at

the Institute o Chemistry o the Chinese

Academy o Sciences (ICCAS) in Beijing on

June 05-06 o this year. For the rst tim

the program eatured an Industrial Foru

where several local and internation

companies participated in presentatio

and discussions. The companies includ

Plextronics, Inc. (Pittsburgh, USA); Vision

Display Co., Ltd. (Jiangsu, China); Shangh

CAS-Alliance Display Technology, L

(Beijing, China); China Lucky Film (Baodin

China); and Solvay, SA (Brussels, Belgium

exible devices that are deployable

harvest many orms o waste heat.

Dr. Cola decided to enter academ

because o his passions or research an

innovation and mentoring. As a orm

student athlete and participant in severundergraduate research projects, Dr. Co

has experience with many acets o colleg

lie and enjoys sharing his experienc

with young students and researche

Baratunde A. ColaAssistant Proessor

Ofce: Love Building, Room 206

Phone: 404-385-8652Fax: 404-894-8496Email: [email protected]: http://www.me.gatech.edu/nes



INDUSTRIALAFFILIATES

PROGRAM

Apply today atwww.cope.gatech.edu/IAP

Networking Share knowledge, collaborate, and attend seminars, symposia, and conferences

Inormation Receive news about the latest research at COPE and in the feld organic photonics & electronic

Resources Gain access to faculty, researchers, students, and intellectual capital tools

Visibility Develop a presence with the Georgia Tech community and COPE’s network

Marcus Nanotechnology Building Opens

The Marcus Nanotechnology Building is a new addition locate

next to the Molecular Sciences Quad at the intersection

Ferst Dr and State St. Georgia Tech broke ground on the ne

Marcus Nanotechnology Building, one o the most expensiv

buildings on campus, in August 2006. The $90 million acili

was made possible in part by a grant rom Mr. Bernie Marcu

ounder and chairman o the Marcus Foundation, who made

$15 million commitment to the project. “There isn’t anything th

nanotechnology will not touch or inuence in the uture,” Marc

said. “It will enhance medicine, high-technology and consum

products. I hope that nanotechnology will do or Georgia TecAtlanta, and the region what the ‘chip’ did or Silicon Valley.”

The “N” building is 190,000-square-oot building and one o

main scientic appeals is the addition o the 30,000 square eet

clean-room space. It is an important new resource or our Cent

since it will add new acilities used or material characterizatio

but also device abrication and testing or a variety o application

on which COPE members are working.

The dedication ceremony took place on April 24th, and include

speeches rom Mr. Marcus, Dr. Peterson, Dr. Meindl and Erroll

Davis, Jr., chancellor o the University System o Georgia.

GT MRSEC AwardedNSF has awarded unding to Georgia Tech to establish the GT

Materials Science and Engineering Center (MRSEC). GT will

receive $8.1 M over six years or research, education and outreach

activities. The MRSEC oce suite (under construction) will be

located in the Marcus Nanotechnology Building. The initial ocus

o the Center is research and development on epitaxial graphene

(EG), a material with extraordinary electronic properties that

oers the possibility o greatly enhanced speed and perormancerelative to silicon; this material may serve as the successor to silicon

in integrated circuits and microelectronic devices. In this context,

the research will include the development o new transparent

electrodes or organic electronics based upon graphene as well

as nano-patterning o graphene or electronic applications which

is applicable to the research done by COPE aculty members.

GT Physics Proessors Walt de Heer, Ed Conrad and Phil First are

world-wide leaders in the growth and characterization o EG.

Silicon has been the material o choice or electronic devices

since the 1960s. However, within the next 10 years, undamental

property limitations o silicon will inhibit the ability to abricate

operational devices and circuits due to continuing device size

reduction. The ability to reduce device size and thus pack more

and more devices on a chip has allowed adherence to Moore’s

Law and thereore has acilitated the phenomenal progression o

the silicon-based semiconductor industry.

Graphene, a two-dimensional honeycomb arrangement o carbon

(sp2) atoms analogous to the layered structure o graphite, can

be generated in several ways. The GT MRSEC ocuses on the

growth o EG (single and multiple layers) on single crystal silicon

carbide substrates. This approach oers the advantage that high

quality layers can be grown on large area substrates. In addition,

processes similar to those employed or silicon-based device

manuacture can be used or the abrication o graphene devices

and circuits. In contrast, much o the world-wide eort hasconcentrated on exoliated graphene, where graphene akes are

obtained by peeling layers rom graphite. Although devices can

be constructed on such sheets, the ability to abricate large area

arrays o high quality devices and hence establish consistency

with the well-established silicon-based technology is severely

restricted.

The GT MRSEC will develop the undamental science andtechnology to maximize graphene’s potential or utureelectronics technology, will establish core curricula in EG, andwill educate and train a diverse workorce or uture academic and

industrial leadership in microelectronics. The MRSEC EG eort is

cross-disciplinary within GT and within our other U.S. universitie

University o Caliornia Berkeley, University o Caliornia Riversid

Alabama A&M, and University o Michigan. Proessor Dennis He

(ChBE) serves as the GT MRSEC Director, and Proessor Walt d

Heer (Physics) heads the EG Interdisciplinary Research Group.

More inormation can be ound at: http://www.mrsec.gatech.e

Georgia Tech Photo: Rob Felt



Tell us more about your research and recent publications.

My work deals primarily with characterization and implementation o materials

with large, ultraast nonlinearities or photonic applications (Hales, J. M., Perry, J.

W., Introduction to Organic Electronic and Optoelectronic Materials and Devices,

CRC, Orlando, 2008 , pp. 521 – 579). These materials are typically organic in nature

and have the potential to be used or all-optical switching (Hales, J. M. et al, J. Am.

Chem. Soc. 128, 11362, 2006), optical phase conjugation (Chi, S. et al, Adv. Mater.

20, 3199, 2008), and optical power limiting (Hales, J. M. et al, submitted, 2009).

What are your uture career plans? I’ve really enjoyed my research work so ar during my career and I look orward to

teaching at some point, so a career in academia seems likely right now.

When you are not in the lab, what are some o your interests?

I met my wie Katherine while we were in graduate school and she would probably

readily admit that I have an unhealthy obsession with sports. I enjoy playing

tennis, although I’d be happier i my skill level matched my passion. Katherine

and I try to travel whenever we can and have been snow skiing, white water

kayaking, snorkeling, and hiking. I’ve tried to sky dive three times and twice the

weather has stopped me and once the plane was condemned right beore I got

on it - so it may be time to give up on that dream.

Joel HalesSenior Research Scientist

Proessor Joe Perry’s group

Tell us about your academic career and how you worked your way

to Senior Research Scientist.

For my undergraduate career I was actually here at Georgia Tech but over in

the physics department. I began doing research in the eld o optics during

an undergraduate research ellowship with work in nonlinear dynamics in

semiconductor lasers. I really enjoyed my time there and the research helped me

decide on going to CREOL, now the School o Optics, at the University o Central

Florida in Orlando, Florida to get my PhD in optical sciences and engineering.

I took a postdoctoral ellowship in Dr. Joseph Perry's lab a ew years ago and

became actively involved in a number o dierent programs, such as COPE,

that all involved using organics or all-optical photonic applications. The work

has been exciting, productive and rewarding and so I’ve stayed on as a senior

research scientist.

Research Proile

4

New Frontiers or Australian Sola

Research and Development

The environment in Australia or solar eneresearch, development and large scainrastructure has changed dramatically in tlast two years. The Australian Solar Institute (ASwith AUD $100 million startup unding, has beset up to invest in research and developmentphotovoltaic and solar thermal technologies.

The Australian State o Victoria is also activsupporting an expanding solar program with AU$50 million support or a $420 million large-scasolar concentrator power station in Mildura. TVictorian government recently announced additional AUD $100 million support or a largscale solar production plant in the state.

Within this context the Victorian Organic Solar CConsortium (VICOSC) is ideally placed to develand exploit new technologies developed withVictoria. VICOSC (www.vicosc.unimelb.edu.awas set up in 2008 with AUD $6 million supporom the Victorian government, total budget AU

$12 million, to develop large area, cheap, reel-reel prototype printable plastic solar cells wthree years.

The consortium brings together Victoria basworld-class research groups at the Universo Melbourne, Monash University, tCommonwealth Scientic and Industrial ResearOrganisation, Molecular and Health Technolog(CSIRO MHT) and has combined with industrpartners to transer the technology rom Researto Rootop (implementation expected in 10-years). The aim is to realize a prototype thin organic solar cell having 7% energy conversi

eciency using standard sunlight, and to expaVictoria’s technological strengths in sustainabenergy research to reduce greenhouse gemission in Australia.

The Victorian consortium is linked into the broAustralian and International OPV community van Australian Government International ScienLinkage grant (DIISR ISL, AUD $1.2 milliowhich includes as key members Proessor JeaLuc Bredas, Proessor Bernard Kippeleand Proessor Seth Marder o the Georg

Institute o Technology. The DIISR ISL graallows Australian researches to interact with a

undertake exchange visits with the internationPartners.



5

COPE osters increase in STEM Diversity through Broader Participation InitiativesCOPE was a key partner in two important initiatives that are expected to ultimately translate into enhanced diversity

within the STEM (Science, Technology, Engineering and Math) workorce.

FOCUS on Faculty Program

For the ourth consecutive year, COPE provided resources an

leveraged unding to aid in the recruitment o undergraduaunderrepresented STEM students or the 4th Annual FOCU

on Faculty Program held at Georgia Tech January 15 -18, 200COPE aculty members Jean-Luc Brédas, Samuel Graham

Bernard Kippelen, Seth Marder, and Joseph Perry participatein the three day diversity recruitment program. They providecareer presentations and hosted lab tours or 30 high-achievin

STEM students. In addition, they met with visiting aculty roMinority Serving Institutions (MSIs) that accompanied the

students. The goal o the FOCUS program is to encouragstudents to continue on to pursue their graduate degree. The

attend workshops on applying to graduate school, securinunding, and the benets o a graduate STEM degree.

4th ANNUAL HANDS-ON FUTURE TECH (HOFT)

CONFERENCE

COPE was a key stakeholder in providing unding,coordinating program logistics and securing outside unding

or the Southwest Hands-On Future Tech (HOFT) conerenceheld November 8-9, 2008 in Albuquerque, NM. Over 75ethnically diverse STEM undergraduate students rom around

the country attended the event. Partnering organizationsincluded the GEM Fellowship Program, our NSF STCs (CMDITR,

WaterCAMPWS, CMMAP, SAHRA), an NSF ERC (CIAN), twoDOE national laboratories and corporate sponsors. The GEMprogram also presented workshops to motivate and inorm

students o the benets o a graduate degree. The main goalo HOFT is to present hands-on activities highlighting the

research perormed at COPE, the NSF centers and the otherpartnering sponsors. In addition, sponsoring organizations

share inormation, insight and excitement about leading-

edge science and technology with underrepresentedundergraduates in STEM disciplines. There were a total o 8

hands-on “un” science and engineering demonstration roomsthat students visited during the conerence. The conerence

also provided a mechanism to improve recruitment o underrepresented students into COPE, STCs, governmental

and industrial laboratories. Strategic discussions among COPEand other partnering organizations took place regardingdeveloping partnership initiatives to increase minority student

participation. Student ollow-up is planned to chart students’career progress.

As a result o COPE’s participation in the FOCUS on Facul

program, we have been able to successully recruunderrepresented students and aculty into our partnerin

summer research programs and aculty research teams. good example o the benets o this initiative is COPE Direct

Seth Marder. Two MSI aculty, Dr. Konstantinos Kavallierato(Associate Proessor at Florida International University) an

Dr. Brian Lawrence (Assistant Proessor at Morehouse Collegeare engaged in COPE-related research working in Dr. Mardelab this summer. In addition, Marder and Lawrence will have

Morehouse College student, Akil Foluke, working with them

The FOCUS on Faculty program continues to be an excellevehicle to strengthen COPE’s relationship with MSI acul

and students. In addition, it is anticipated that through thdevelopment o these relationships, research collaborationwill be strengthened.



6

The 3rd Solvay~COPE Symposium The 3rd Solvay-COPE Symposium took placeJune 5-6 at the Chinese Academy o Sciences in

Beijing, China and included a day o academictalks and a hal-day o industrial presentations

which ended with a one-hour industrial orum. This year’s keynote speakers were Dr. Karl Leo

rom Dresden Technical University in Germany,and Dr. Mark Thompson rom the University o Southern Caliornia, who provided excellent

insights into the design o organic lightemitting diode and photovoltaic devices. The

other lectures were given by the Solvay Globalmembers rom Washington, Princeton, ImperialCollege London and Georgia Tech, and also by

Yunqi Liu, Yanlin Song and Shu Wang rom theChinese Academy o Sciences (CAS).

About 150 participants attended the

symposium, mainly aculty and students

rom Beijing University, CAS, and TsinghuaUniversity but also members o industrial

companies such as NEPES Co., SFC Co.,and Solvay Shanghai. The rst day o the

Symposium concluded with a poster sessionthat provided students with an opportunity

to share their work and discuss their projectsin more detail with the Symposium speakersand also with other students and aculty rom

participating universities.

The second part o the Symposium included

or the rst time a hal-day o IndustrialForum. The industrial presentations includedpresentations rom Pierre Barthélemy (Solvay),

Andrew Hannah (Plextronics), Deqiang Zhang(Visionox), Donghang Yan (Shanghai Cas-Alliance Display Technology Co.), and Qing

Liu (China Lucky Film). Ater the presentations,the speakers and the audience were invited to

discuss their points o view on multiple organicelectronic topics. Pierre Barthélemy rom

Solvay acted as the moderator and startedthe debate with questions such as whetheror not there is a market or organic displays

now that OLEDs are o good quality and moreaordable.

The Symposium was very successul and the

decision was made to include the IndustrialForum as an integral part o uture Solvay-COPE Symposia. COPE is very grateul to

their colleagues at the Chinese Academy o Sciences, in particular Proessor Zhigang Shuai

and his team, or their superlative hospitalityand Solvay or their continued support o the

series.

The 4th Symposium will take place in Brussels, Belgium May 6-7, 2010. Eve

details will be communicated as they become available.



7

Proessor Ali AdibiRecipient o the• Richard M. Bass Outstanding Teaching Award

(School o ECE)

Kyle Anderson (Tsukruk Group)

Recipient o a• MSE Research Initiation Award

Recipient o a• NDSEC Graduate Fellowship

Proessor Jean-Luc BrédasAppointed as• Regents’ Professor

Proessor David CollardRecipient o the• Class of 1940 W. Howard Ector Outstanding

Teacher Award Recipient o the• Georgia Tech Eichholz Award

Joshua Grifn (Durgin Group)

Recipient o • ECE GRA Award (Spring 2009)

Proessor Seth MarderRecipient o the• Outstanding Achievement in Research Program

Development Award

Proessor Elisa RiedoPromoted to• Associate Professor with Tenure

Awards & Honors

Graduates

Upcoming

Events & Activities

COPE Seminar SeriesProessor Paul Burn rom t

University o Queensland (Austral

presents a talk entitled “Dendrime

or Photon Harvesting in OrganInorganic Hybrid Solar Cells.”

COPE Seminar SeriesProessor Baratunde Cola ro

Georgia Tech presents a talk o

the topic o thermal manageme

o fexible electronics and ener

systems.

COPE Open HouseJoin COPE aculty and students as th

showcase their research activities a

discuss new opportunites.

August 14, 20093 p.m.

MS&E Building

Room 3201

October 14, 20092 p.m.

MS&E Building

Room 3201

November 17, 20098 a.m. - 5 p.m.

MS&E Building

Intellectual Property *

Thermochemical Nanolithography o Multi-unctional•

Materials

* Currently available or license rom Georgia Tech ResearchCorporation. Contact Sherri Padgett or urther details:[email protected]

Registration NOW OPEN

www.pi9.gatech.edu

Atlanta, GA

May 23 - 28, 2010



Anthony Baldridge is a graduate student in Dr.

Laren Tolbert ’s group. His research ocuses on

the synthesis o novel green uorescent protein

chromophores that can be used or various

applications. These chromophores have ound

use in modeling o the protein environment as

well as some sensory applications. The main

ocus o the research is to harness the high

quantum yield o the chromophore through various environments.

Anthony applied or the COPE Fellowship in order to explore the eld

o organic photonics and develop collaborations and support that can

expand the sensory applications o his research. Anthony believes the

opportunities provided by COPE through seminars, events, networking,

and travel unds will greatly enhance his research work and experience

at Georgia Tech.

Upon graduation, Anthony plans to continue his research experience

with a post-doctoral position with the ultimate goals o entering

academia.

Shu-Hao Fan is a doctoral candidate in Proessor

G.K. Chang’s group. He received his Bachelor o

Science at National Taiwan University, Taiwan

in 2004. Ater 2 years serving in the army, he

decided to come to GT to pursue a Ph. D. degree

in optics and optoelectronics. His expected date

o graduation is May 2011.

Shu-Hao applied or the COPE ellowship to help

achieve better interaction with chemistry experts and to extend his

knowledge o chemistry because o the limited chances to expand on

such a subject in the electrical and computer engineering department.

His research areas include polymer optoelectronic devices, polymeric

optical interconnect, and radio-over-ber technology.

He plans to continue his research on optical/wireless interconnects.

During his ree time, Shu-Hao enjoys painting, reading, basketball,

tennis and traveling.

Debin Wang is a graduate student in Pro. ElisaRiedo’s group. His research involves developing

a novel surace patterning technique with

nanometer resolution. This technique may nd

interesting applications in device abrication

or nano-uidics, biochemistry and organic

electronics and photonics.

Debin applied or the COPE Fellowship with thepurpose o becoming more involved with interdisciplinary research

in organic electronics and photonics. He believes the Fellowship will

provide opportunities to help achieve this aim.

Debin is graduating with a PhD in Spring 2010 and is interested in nding

a postdoc position to continue his research on material suraces.

Kathy Beckner Woody is a doctoral candidatein Proessor David Collard’s research group. She

completed her undergraduate degree at the

University o Kentucky, where the research she

perormed under the guidance o Proessor Mark

Watson inspired her to pursue a graduate degree

in the eld o polymer chemistry.

Kathy’s research involves the synthesis andcharacterization o conjugated polymers or use in organic electronic

devices. She applied or the COPE ellowship in hopes o expanding her

knowledge in the eld o organic electronics and to build collaborations

with other research groups. The nancial support, seminar series, and

conerence unds provided by COPE are allowing her to achieve these

goals. Ater graduation, Kathy will seek a postdoctoral experience

beore going on to be a research proessor.

2009 COPE Fellows

8

Publications

(continued on page 10)

“Linear ripples and traveling circular ripples produced on polymers by thermal A

probes.” Gnecco, Enrico; Riedo, Elisa; King, William P. ; Marder, Seth R. and SzoszkiewRobert. PHYSICAL REVIEW B, 2009, 89, 23.

“Complete Link Budgets or Backscatter-Radio and RFID Systems. Grin, Joshuaand Durgin, Gregory D. IEEE ANTENNAS AND PROPAGATION MAGAZINE, 2009, 51,

“Mesoscale simulation o molecular resists: The efect o PAG distribution homogenon LER.” Lawson, Richard A. and Henderson, Cliford L. MICROELECTROENGINEERING, 2009, 86, 4-6, 741-744.

“Efect o acid anion on the behavior o single component molecular resincorporating ionic photoacid generators.” Lawson, Richard A.; Lee, Cheng-Tsu

Tolbert, Laren M. and Henderson, Cliford L. MICROELECTRONIC ENGINEERING, 2086, 4-6, 738-740.

“High resolution negative tone molecular resist based on di-unctional epoxpolymerization.” Lawson, Richard A.; Lee, Cheng-Tsung; Tolbert, Laren M.; Youn

Todd R. and Henderson, Cliford L. MICROELECTRONIC ENGINEERING, 2009, 86,

734-737

“Efect o phosphonic acid surace modiers on the work unction o indium tin ox

and on the charge injection barrier into organic single-layer diodes.” Sharma, AsHaldi, Andreas; Hotchkiss, Peter J.; Marder, Seth. R. and Kippelen, Bernard. JOURNOF APPLIED PHYSICS, 2009, 105, 7.

“Synthesis and Two-Photon Spectrum o a Bis(Porphyrin)-Substituted SquaraiOdom, Susan A.; Webster, Scott; Padilha, Lazaro A.; Peceli, Davorin; Hu, Hongh

Nootz, Gero; Chung, Sung-Jae ; Ohira, Shino; Matichak, Jonathan D.; PrzhonOlga V.; Kachkovski, Alexei D.; Barlow, Stephen; Bredas, Jean-Luc; Anderson, HarryHagan, David J.; Van Stryland, Eric W.; Marder, Seth R. JOURNAL OF THE AMERIC

CHEMICAL SOCIETY, 2009, 131, 22, 7510+.

“Excitons Sur Along Conjugated Polymer Chains.” Bredas, Jean-Luc and Silbey, Rob

SCIENCE, 2009, 323, 348-349.

“Specic contact resistance at metal/carbon nanotube interaces.” Jackson, Rode

and Graham, Samuel. APPLIED PHYSICS LETTERS, 2009, 94.

“Nano-Conjugate Fluorescence Probe or the Discrimination o Phosphate a

Pyrophosphate.” Kim, Ik-Bum; Han, Man H.; Phillips, Ronnie L.; Samanta, BappadiRotello, Vincent M.; Zhang, Z. John and Bunz, Uwe H. F. CHEMISTRY-A EUROPEJOURNAL, 2009, 15, 449-456.

“Dimensional considerations in achieving large quality actors or resonant siliccantilevers in air.” Naeli, Kianoush and Brand, Oliver. JOURNAL OF APPLIED PHYS

2009, 105.

“Synthetic Approaches to Regioregular Unsymmetrical Dialkoxy-Substituted Poly(

phenylene ethynylene)s.” Nambiar, Rakesh; Woody, Kathy B.; Ochocki, Josh D.; Briz

Glen L. and Collard, David M. MACROMOLECULES, 2009, 42, 43-51.“Research in Macromolecular Science: Challenges and Opportunities or the NDecade.” Ober, C. K.; Cheng, S. Z. D.; Hammond, P. T.; Muthukumar, M.; ReichmanisWooley, K. L. and Lodge, T. P. MACROMOLECULES, 2009, 42, 465-471.

“SPICE Optimization o Organic FET Models Using Charge Transport Elements.” VaidVaibhav; Kim, Jungbae; Haddock, Joshua N.; Kippelen, Bernard and Wilson, Den

IEEE TRANSACTIONS ON ELECTRON DEVICES, 2009, 56, 38-42.

“Synthesis, electron mobility, and electroluminescence o a polynorborne

supported silole.” Zhan, Xiaowei; Haldi, Andreas; Yu, Junsheng; Kondo, TakeDomercq, Benoit; Cho, Jian-Yang; Barlow, Stephen; Kippelen, Bernard and MarSeth. POLYMER, 2009, 50, 397-403.

“Interaction o Charge Carriers with Lattice Vibrations in Organic MolecuSemiconductors: Naphthalene as a Case Study.” Coropceanu, Veaceslav; Sanch

Carrera, Roel S.; Paramonov, Pavel; Day, Graeme M. and Bredas, Jean-Luc. JOURNALPHYSICAL CHEMISTRY C, 2009, 113, 4679-4686.

“High perormance InGaZnO thin-lm transistors with high-k Ba0.5Sr0.5TiO3 ginsulator (vol 93, 242111, 2008).” Kim, J. B.; Fuentes-Hernandez, Canek and KippeBernard. APPLIED PHYSICS LETTERS, 2009, 94.

“Growing ‘Nanoruit’ Textures on Photo-Crosslinked SU-8 Suraces through LayerLayer Grating o Hyperbranched Poly(Ethyleneimine).” Ford, J.; Marder, Seth and Ya

S. CHEMISTRY OF MATERIALS, 2009, 21, 476-483.

“Covalent and orthogonal multi-unctionalization o terpolymers.” Yang, Si Kyung aWeck, Marcus. SOFT MATTER, 2009, 5, 582-585.

“Efects o Heteroatoms on Aromatic pi-pi Interactions: Benzene-Pyridine aPyridine Dimer.” Hohenstein, Edward G. and Sherrill, C. David. JOURNAL OF PHYSICCHEMISTRY A, 2009, 113, 878-886.

“Macrocyclic Cyclooctene-Supported AlCl-Salen Catalysts or Conjugated AdditReactions: Efect o Linker and Support Structure on Catalysis.” Madhavan, Nand

and Takatani, Tai; Sherrill, C. David and Weck, Marcus. CHEMISTRY-A EUROPE

JOURNAL, 2009, 15, 1186-1194.



9

the introduction o innovative products into the marketplato benet the economy in an environmentally sustainab

manner. The Center’s eorts encompass education andiversity enhancement in order to develop a globally prepare

workorce capable o maintaining the US at the oreront these critical technology elds.

Over the past seven years CMDITR has evolved to haverather diverse aculty: currently, 12 o 30 unded academ

aculty are rom underrepresented groups; 12% o our curremember graduate students are underrepresented minoriti

and 35% are emale, or a total o 44% underrepresentemember graduate students (minority women counted on

once). The Center’s knowledge transer program has evolveas well, spinning o new companies including LumoFlex LLat Gatech, and orming alliances with large companies

well, including with Solvay SA that provide opportunities transition CMDITR-developed technology into the commerc

sector. CMDITRs’ educational programs have evolved to plagreater emphasis on undergraduate and graduate education

order to ocus our eorts on training students or not only th

Nine COPE aculty rom ve Schools rom Georgia Tech are

members o the NSF Science and Technology Center or Materialsand Device or Inormation Technology Research (CMDITR).

CMDITR is headquartered at the University o Washington(Proessor Philip Reid, Director) with participation rom Georgia

Tech, University o Arizona, Norolk State University, University o Central Florida, Norolk State University, University o Maryland,Cornell University, and the Caliornia Institute o Technology.

CMDITR was conceived to meet the growing need or inormationtechnology materials and devices that would provide greater

bandwidth, lower power consumption, chipscale integration o electronics and photonics, manuacturing exibility, and reduced

cost. The decision to ocus on organic and hybrid materialswas predicated on the conviction that CMDITR could produce

undamentally new materials to outperorm those currentlyavailable. The ounding PIs oresaw that improved educationaltools and recruitment strategies were needed to prepare a

workorce to develop, use, and advance this new technology.

CMDITR is well-aligned to play an important role in Americancompetitiveness and national security. It is now approaching theend o year seven o a ten-year program.

CMDITR’s mission is to create and use molecular building

blocks in the rational design o new devices and subsystemsor a broad spectrum o photonic and electronic applications,

specically in the areas o telecommunications, computing,lighting, renewable energy, transportation, and deense. TheCenter’s work advances the understanding o the electrical and

optical properties o novel organic and organic-inorganic hybridmaterials, and o the dependence o these properties on the

organizational structure o materials. The result o these eorts is

technical parts o their careers, but also the aspeco their careers that relate to ethics, diversity, an

business. As the Center’s students mature, CMDIThas instituted new proessional developme

programs to prepare them or the transition their next positions.

CMDITR has made signicant advances in thdevelopment o electro-optic materials or sensin

modulators and THz generation, in the developme

o materials or all optical switching applicationthe development o materials and devices organic electronics, specically related to organ

light-emitting diodes, organic photovoltaicorganic eld-eect transistors, interacial sciencand encapsulation technology. These advanc

required the breadth o expertise within the Centas will as the 10-year lie span, to enable researche

to address underlying scientic problems thprovide the oundation or the rational design

materials and devices with improved perormanc

Georgia Tech aculty members have participated

all acets o CMDITRs’ activities. Currently SeMarder is the Deputy Director o the Center an

Bernard Kippelen and Samuel Graham are Associate DirectoIn addition, Jean-Luc Brédas, Baratunde Cola, Jenni

Curtis, Joseph Perry, Elsa Reichmanis, and Elisa Riedo aparticipating aculty.



“Low-voltage exible organic complementary inverters with high noise margin and

high dc gain.” Zhang, Xiao-Hong; Potscavage, William J., Jr.; Choi, Seungkeun andKippelen, Bernard. APPLIED PHYSICS LETTERS, 2009, 94.

“Compact on-chip intererometers with high spectral sensitivity.” Chamanzar,Maysamreza; Momeni, Babak and Adibi, Ali. OPTICS LETTERS, 2009, 34, 220-222.

“High-Q micromechanical resonators in a two-dimensional phononic crystal slab.”Mohammadi, Saeed; Etekhar, Ali Asghar; Hunt, William D. and Adibi, Ali. APPLIEDPHYSICS LETTERS, 2009, 94.

“Design and demonstration o compact, wide bandwidth coupled-resonator lters ona silicon-on-insulator platorm.” Li, Qing; Soltani, Mohammad; Yegnanarayanan, Sivaand Adibi, Ali. OPTICS EXPRESS, 2009, 17, 2247-2254.

“Molecular Dynamics Simulations o Solvation and Solvent Reorganization Dynamicsin CO2-Expanded Methanol and Acetone.” Gohres, John L.; Popov, Alexander V.;Hernandez, Rigoberto; Liotta, Charles L. and Eckert, Charles A. JOURNAL OF CHEMICAL

THEORY AND COMPUTATION, 2009, 5, 267-275.

“Variable-ratio power splitters using computer-generated planar holograms onmultimode intererence couplers.” Tseng, Shuo-Yen; Choi, Seungkeun and Kippelen,Bernard. OPTICS LETTERS, 2009, 34, 512-514.

“Dipolar Second-Order Nonlinear Optical Chromophores Containing Ferrocene,Octamethylerrocene, and Ruthenocene Donors and Strong pi-Acceptors: CrystalStructures and Comparison o pi-Donor Strength.” Kinnibrugh, Tifany L.; Salman,

Seyhan; Getmanenko, Yulia A.; Coropceanu, Veaceslav; Porter, III, William W.; Timoeeva, Tatiana V.; Matzger, Adam J.; Bredas, Jean-Luc; Marder, Seth and Barlow,Stephen. ORGANOMETALLICS, 2009, 28, 1350-1357.

“Optical properties o one-dimensional metal-dielectric photonic band-gap structureswith low index dielectrics.” Owens, Daniel; Fuentes-Hernandez, Canek and Kippelen,

Bernard. THIN SOLID FILMS, 2009, 517, 2736-2741.“Organic photovoltaics.” Kippelen, Bernard and Bredas, Jean-Luc. ENERGY &ENVIRONMENTAL SCIENCE, 2009, 2, 251-261.

“Interaction o Charge Carriers with Lattice Vibrations in Organic MolecularSemiconductors: Naphthalene as a Case Study.” Coropceanu, Veaceslav; Sanchez-

Carrera, Roel S.; Paramonov, Pavel ; Day, Graeme M. and Bredas, Jean-Luc. JOURNALOF PHYSICAL CHEMISTRY C, 2009, 113, 4679-4686.

“Substituent efects on the electronic structure o siloles.” Zhan, Xiaowei; Barlow,

Stephen and Marder, Seth. CHEMICAL COMMUNICATIONS, 2009, 15, 1948-1955.

“Thermal efects in packaging high power light emitting diode arrays.” Christensen,Adam and Graham, Samuel. APPLIED THERMAL ENGINEERING, 2009, 29, 364-371.

“Lithography o Sel-Assembled Ribbons.” Jarvholm, Jonas; Srinivasarao, Mohan and Tolbert, Laren M. JOURNAL OF THE AMERICAN CHEMICAL SOCIETY, 2009, 131, 398.

“Impact o Peruorination on the Charge-Transport Par Oligoacene Crystals.” Delgado,

M. Carmen Ruiz; Pigg, Kathryn R.; Filho, Deme Silva; Gruhn, Nadine E.; Sakamoto,Youichi; Suzuki, Toshiyasu; Malave Osuna, Reyes; Casado, Juan; Hernandez, Victor;Lopez Navarrete, Juan Teodomiro; Martinelli, Nicolas G.; Cornil, Jerome; Sanchez-Carrera, Roel S.; Coropceanu, Veaceslav and Bredas, Jean-Luc. JOURNAL OF THE

AMERICAN CHEMICAL SOCIETY, 2009, 131, 1502-1512.

“Intramolecular Electron-Transer Rates in Mixed-Valence Tria Measurement byVariable-Temperature ESR Spectroscopy and Comparison with Optical Data.”

Lancaster, Kelly; Odom, Susan A.; Jones, Simon C.; Tha S.; Marder, Seth; Bredas, Jean-Luc; Coropceanu, Veaceslav; Barlow, Stephen. JOURNAL OF THE AMERICAN CHEMICALSOCIETY, 2009, 131, 1717-1723.

“A Spray-Processable, Low Bandgap, and Ambipolar Dono Conjugated Polymer.”Steckler, Timothy T.; Zhang, Xuan; Hwang, Jungseek; Honeyager, Ryan; Ohira, Shino;Zhang, Xiao-Hong; Grant, Adrian; Ellinger, Stean; Odom, Susan A.; Sweat, Daniel;

Tanner, David B.; Rinzler, Andrew G.; Barlow, Stephen; Bredas, Jean-Luc; Kippelen,Bernard; Marder, Seth and Reynolds, John R. JOURNAL OF THE AMERICAN CHEMICALSOCIETY, 2009, 131, 2824.

“Reactive desorption electrospray ionization mass spectrometry o natural productso a marine alga.” Nyadong, Leonard; Hohenstein, Edward G.; Galhena, Asiri AmyL.; Kubanek, Julia; Sherrill, C. David and Fernandez, Facundo M. ANALYTICAL AND

BIOANALYTICAL CHEMISTRY, 2009, 394, 245-254.

“Substituent Efects in Sandwich Congurations o Multiply S Benzene Dimers AreNot Solely Governed By Electrostatic Control.” Ringer, Ashley L. and Sherrill, C. David.JOURNAL OF THE AMERICAN CHEMICAL SOCIETY, 2009, 131, 4574.

“Tailoring the work unction o indium tin oxide electrodes in electrophosphorescentorganic light-emitting diodes.” Sharma, Asha; Hotchkiss, Peter J.; Marder, Seth andKippelen, Bernard. JOURNAL OF APPLIED PHYSICS, 2009, 105.

“Efect o phosphonic acid surace modiers on the work unction o indium tin oxideand on the charge injection barrier into organic single-layer diodes.” Sharma, Asha;Haldi, Andreas; Hotchkiss, Peter J.; Marder, Seth and Kippelen, Bernard. JOURNAL OF

APPLIED PHYSICS, 2009, 105.

“Cruciorm-Silica Hybrid Materials.” Zucchero, Anthony J.; Shiels, Rebecca A.; McGrier,

Psa To, M. Alicia; Jones, Christopher W. and Bunz, Uwe H. F. CHEMISTRY-AN ASIANJOURNAL, 2009, 4, 262-269.

“Theoretical Characterization o the Indium Tin Oxide Surace and its Binding S

or Adsorption o Phosphonic Acid Monolayers.” Paramonov, P. B.; Paniagua, SHotchkiss, Peter J.; Jones, Simon C.; Armstrong, Neal R.; Marder, Seth and Bredas, JeLuc. CHEMISTRY OF MATERIALS, 2009.

“Gold nanoparticle-PPE constructs as biomolecular materi understanding electrostatic and hydrophobic interactions.” Phillips, Ronnie L.; Miranda, OscarMortenson, Da Subramani, Chandramouleeswaran and Rotello, Vincent M. and Bu

Uwe H. F. SOFT MATTER, 2009, 5, 607-612.

“Water Soluble Cruciorms: Efect o Suractants on Fluorescence.” Tolosa, Juan aBunz, Uwe H. F. CHEMISTRY-AN ASIAN JOURNAL, 2009, 4, 270-276.

“Modication o the Surace Properties o Indium Tin Oxide with Benzylphospho

Acids: A Joint Experimental and Theoretical Study.” Hotchkiss, Peter J.; Li, Paramonov, Pavel; Paniagua, S.A.; Jones, Simon C.; Armstrong, Neal R.; Bredas, Je

Luc and Marder, Seth. ADVANCED MATERIALS, 2009.

“Hyperbranched: A Universal Conjugated Polymer Platorm.” Tolosa, Juan; Kub, Cand Bunz, Uwe H. F. ANGEWANDTE CHEMIE, 2009, 48 1-4.

“Saccharide Polymer Brushes To Control Protein and Cell Adhesion to Titaniu

Raynor, Jenny E.; Petrie, Timothy A.; Fears, Kenan P.; Latour, Robert A.; Garcia, Andreand Collard, David M. BIOMACROMOLECULES, 2009, 10, 748-755.

“Low-voltage InGaZnO thin-lm transistors with Al2O3 gate grown by atomic la

deposition.” Kim, J. B.; Fuentes-Hernandez, Canek; Potscavage, Jr., William J.; Zhang-H. and Kippelen, Bernard. APPLIED PHYSICS LETTERS, 2009, 94.

“Photoinduced Intramolecular Electron Transer in Conjugated Perylene BisimiDithienothiophene Systems: A Comparative Study o a Small Molecule and a Polym

Huang, Jie; Wu, Yishi; Fu, Hongbing; Zhan, Xiaowe Jiannian; Barlow, Stephen aMarder, Seth R. JOURNAL OF PHYSICAL CHEMISTRY A, 2009, 113, 5039-5046.

“Femtosecond-Laser Desorption o H-2 (D-2) rom Ru(0001): Quantum and Class

Approaches.” Vazhappilly, Tijo; Klamroth, Tillmann; Saalrank, and HernandRigoberto. JOURNAL OF PHYSICAL CHEMISTRY C, 2009, 113, 7790-7801.

“A Versatile Co(bisalen) Unit or Homogeneous and Heterogeneous Cooperat

Catalysis in the Hydrolytic Kinetic Resolution o Epoxides.” Venkatasubbaiah, KrishnGill, Christopher S.; Tait; Sherrill, C. David and Jones, Christopher W. CHEMISTRYEUROPEAN JOURNAL, 2009, 15, 3951-3955.

“Two Beams Squeeze Feature Sizes in Optical Lithography.” Perry, Joseph W. SCIEN2009, 324, 892-893.

“Shape separation o gold nanorods using centriugation.” Sharma, Vivek; PaKyoungweon; Srinivasarao, Mohan. PROCEEDINGS OF THE NATIONAL ACADEMY

SCIENCES OF THE U OF AMERICA, 2009, 106, 4981-4985.

“A New Class o Cyanine-like Dyes with Large Bond-Length Alternation.” Ohira, ShHales, Joel M.; Thorley, Karl J.; Harry L.; Perry, Joseph W. and Bredas, Jean-Luc. JOURN

OF THE AMERICAN CHEMICAL SOCIETY, 2009, 131, 6099.

“Synthesis and Photophysical Properties o Donor- and Acceptor-Substitu

1,7-Bis(arylalkynyl)perylene-3,4:9,10-bis(dicarboximide)s.” An, Zesheng; Odom, SuA.; Kelley, Richard F.; Huang, Chun; Zhang, Xuan; Barlow, Stephen; Padilha, LazaroFu, Jie; Webster, Scott; Hagan, David J.; Van Stryland, Eric W.; Wasielewski, MichaelMarder, Seth. JOURNAL OF PHYSICAL CHEMISTRY A, 2009, 113, 5585-5593.

“A hybrid encapsulation method or organic electronics.” Kim, N.; Potscavage, Jr., WDomercq, B.; Graham, S. APPLIED PHYSICS LETTERS, 2009, 94.

“Non-classical scaling or orced wetting o a nematic uid on a polymeric ber.” PaJung Ok; Rey, Alejandro D. and Srinivasarao, Mohan. SOFT MATTER, 2009, 5, 22

2280.

“6,13-Diethynyl-5,7,12,14-tetraazapentacene.” Miao, Shaobin; Appleton, AnthonyBerger, Nancy; Barlow, Stephen; Marder, Seth R.; Hardcastle, Kenneth I.; Bunz, Uwe

F. CHEMISTRY-A EUROPEAN JOURNAL, 2009, 15, 4990-4993.

“Fluorescent Pluronic nanodots or in vivo two-photon imaging.” Maurin, MathiVurth, Laeticia; Vial, Jean-Claude; Baldeck, Patrice; Marder, Seth R.; Van der Sand

Boudewijn; Stephan, Olivier. NANOTECHNOLOGY, 2009, 20.

“A special issue o Molecular Physics honoring Pro. Henry F. Schaeer III.” CrawordDaniel and Sherrill, C. David. MOLECULAR PHYSICS, 2009, 107, 711.

“Colloidal dispersion o gold nanorods: Historical background, optical propertseed-mediated synthesis, shape separation and sel-assembly.” Sharma, VivPark, Kyoungweon and Srinivasarao, Mohan. MATERIALS SCIENCE & ENGINEERIR-REPORTS, 2009, 65, 1-38.

“The abrication o high aspect ratio carbon nanotube arrays by direct laintererence patterning.” Lasagni, Andre; Cross, Robert; Graham, Samuel and DSuman. NANOTECHNOLOGY, 2009, 20.

“Fabrication o a Blue M x N Pixel Organic Light-Emitting Diode Video DispIncorporating a Thermally Stable Emitter.” Haldi, Andrea; Kim, Jung B; DomerBenoit; Abhishek P; Barlow, Stephen; Giford, Angela P; Jenekhe, Samson A; Mard

Seth R. and Kippelen, Bernard. JOURNAL OF DISPLAY TECHNOLOGY, 2009, 5, 120-1

“An iterative curve tting method or accurate calculation actors in resonators.” Na

Kianoush and Brand, Oliver. REVIEW OF SCIENTIFIC INSTRUMENTS, 2009, 80.

(continued from page 8)



Colleagues, associates, and friends,

on behalf of the Center for Organic

Photonics and Electronics, thank you

for taking the time to read the second

edition of our bi-annual newsletter. The

first half of 2009 was characterized by

some exciting developments including

the addition of t wo new faculty members,

the establishment of a monthly seminar

For more inormation visit us at:

www.cope.gatech.edu

series, and the first Solvay~COPE Symposium outside the U.S.—in

Beijing, China. We now look forward to an even more successfulsecond half of the year, spearheaded by the launch of an Industrial

Name Title Department Email Ofce

Adibi, Ali Proessor ECE [email protected] BH 105

Bidstrup Allen, Sue Ann Proessor ChBE [email protected] ES&T 1370

Brand, Oliver Associate Proessor ECE [email protected] MIRC 219

Brédas, Jean-Luc Director o Intl. Programs, Regents' Proessor Chem & Biochem [email protected] MS&E 210

Brédas, Véronique Program Support Manager Chem & Biochem [email protected] MS&E 110

Bunz, Uwe Proessor Chem & Biochem [email protected] MS&E 128

Chang, GK Proessor ECE [email protected] Centergy 5

Cola, Baratunde Assistant Proessor ME [email protected] MRDC 220

Collard, David Proessor Chem & Biochem [email protected] MS&E 210

Durgin, Gregory Assistant Proessor ECE [email protected] VL E511

Gaylord, Tom Regents’ Proessor ECE [email protected] VL W419

Graham, Samuel Associate Proessor ME [email protected] Love 339

Henderson, Cli Associate Proessor ChBE [email protected] ES&T 1226

Hernandez, Rigoberto Associate Proessor Chem & Biochem [email protected] MS&E 210

Hunt, Bill Proessor ECE [email protected] MIRC 221

Kippelen, Bernard Associate Director, Proessor ECE [email protected] MS&E 423

Kroger, Nils Assistant Proessor Chem & Biochem [email protected] MS&E 210

Marder, Seth Director, Proessor Chem & Biochem [email protected] MS&E 110

Martin, Jason Director o Marketing & Communications Chem & Biochem [email protected] MS&E 127

Perry, Joseph Associate Director, Proessor Chem & Biochem [email protected] MS&E G20

Reichmanis, Elsa Proessor ChBE [email protected] ES&T 1230

Riedo, Elisa Assistant Proessor Physics [email protected] Howey N1

Sandhage, Ken B. Mifin Hood Proessor MSE [email protected] MS&E 310

Sherrill, David Proessor Chem & Biochem [email protected] MS&E 210

Srinivasarao, Mohan Proessor Chem & Biochem [email protected] MRDC 1 45

Tolbert, Laren Regents' Proessor Chem & Biochem [email protected] MS&E 110

Tsukruk, Vladimir Proessor MSE [email protected] MS&E 410

Zhang, John Proessor Chem & Biochem [email protected] MS&E 110

11

Affiliates Program this summer and the first COPE Open House

taking place this fall. We invite your participation in our events and

programs and welcome your ideas and feedback as we continue to

grow our organic photonics and electronics community.

Sincerely,

Seth R. Marder

Director of COPE




Georgia Institute o Technology

Molecular Science & Engineering Building

901 Atlantic DriveAtlanta, GA 30332-0400


Newsletter Volume 002 (July 20, 2009)

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Transcript of Newsletter Volume 002 (July 20, 2009)