“Bendy Chips,”
                   Wired Magazine, June 2008.

“Stretchable Silicon,”
                   Popular Mechanics, June 2008.

“SPR Imaging With White Light,”
                   Chemical and Engineering News, June 2008.

“Nanomembranes Get Tough,”
                   Chemistry World, June 2008.

“One Molecule Thick Nanotechnology Membranes Take Shape,”
                   NanoWerk, June 2008.

“Nanoribbons Lead to Bendable Circuits,”
                   Nano Research, May 2008.

“Honey, I Shrunk the World,”
                   IEEE Nanotechnology Magazine, May 2008.

“Buigbaar Silicium,”
                   De Ingenieur, April 2008.

Prof. Rogers Elected as Senior Member of the IEEE
                   May 2008.

“Process Makes Silicon Circuits That Can Fold, Bend and Stretch,”
                   EDN, May 2008.

“Foldable and Stretchable Circuits,”
                   Nano Times, May 2008.

“Flexible Circuits,”
                   Backscatter, Physics Today, May 2008.

Prof. Rogers selected as the first holder of the Lee J. Flory - Founder Chair in Engineering Innovation
                   April 2008.

“Bend Me, Stretch Me,”
                   This Week Highlight, Science, April 2008.

“Silicon Stretches Into Shape,”
                   Nanomaterials News, April 2008.

“e-jet printing has variety of uses,”
                   University of Illinois Annual Report, April 2008.

“Foldable and Stretchable Silicon Circuits Conform to Many Shapes,”
                   Inside Illinois, April 2008.

“Foldable and Stretchable Silicon Circuits Conform to Many Shapes,”
                   Photonics Online, April 2008.

“Bendy Electronics,”
                   Nature, April 2008.

“UI Makes Flexible Electronics,”
                   Daily Illini, April 2008.

“Stretchy Circuits Promise Elastic Gadgets,”
                   New Scientist, March 2008.

“Flexible Circuit Boards in Development,”
                   Printed Circuit Design and Fab, April 2008.

“Boffins Build Flexible Chips: Stretchy Silicon On the Way,”
                   VNU Net, March 2008.

“Strange World, Really Smart Clothes,”
                   The Scotsman, March 2008.

“Stretchy Circuit Possibilities,”
                   The Press Association, March 2008.

“A Novel Form of Silicon Integrated Circuit Can Wrap Around Complex Shapes,”
                   Science Centric, March 2008.

“Rubber Like Silicon Chips?,”
                   EFY Times, March 2008.

“Foldable and Stretchable, Silicon Circuits Conform to Many Shapes,”
                   Science Daily, March 31 2008.

Simon Dunham Selected as Winner of NSF and NDSEG Graduate Fellowships
                   March 2008.

“Silicon Circuits that Fold and Stretch,”
                   Chemical and Engineering News, March 31 2008.

“Stretchy Silicon Means Unbreakable Circuit Boards Are Not Far,”
                   ITPro Portal, March 2008.

“Foldable, Stretchable Circuits,”
                   MIT's Technology Review Magazine, March 2008.

“Elasticated electronics tip up: Bend me, shape me,”
                   Inquirer, March 2008.

“Electronic Circuits That Bend and Stretch,”
                   IEEE Spectrum, March 2008.

“Silicon Chips Stretch Into Shape,”
                   BBC News, March 2008.

“Silicon Circuits Do the Twist,”
                   Chemistry World, March 2008.

“Tuning in to the Possibilities of Nanotube Transistors,”
                   The Guardian, UK, March 2008.

Qing Cao Selected as the Winner of the ISTC2008 Best Student Paper Award competition
                   March 2008.

“Silicon Slivers for Flexible Circuits: Printing CMOS on Plastic,”
                   IEEE Spectrum, March 2008.

Article "Nanostructured Plasmonic Sensors" featured on the cover of Chemical Reviews
                   February 2008.

“Carbon nanotubes have a sound future in the electronics industry,”
                   Printed Electronics World, February 2008.

Prof. Rogers elected to the inaugural class of Fellows of the Materials Research Society
                   February 2008.

“New transistor radio shows capability of nanotube technology,”
                   Inside Illinois, February 2008.

“Northrop Grumman And University Of Illinois Researchers Make History With All-Carbon Nanotube Radio,”
                   AVReview, February 2008.

“A Radio Revolution: Carbon RF Electronics,”
                   Prof. Rogers interviewed by NPR Science Friday with Ira Flatow, February 2008.

“Northrop Grumman And University Of Illinois Researchers Make History With All-Carbon Nanotube Radio,”
                   Photonics Online, January 2008.

“Tuning in to Nanotube Radio,”
                   MIT Technology Review, January 2008.

“Radio in the Palm of Your Hand, Try on the Head of a Pin,”
                   The News Gazette, January 2008.

“Northrop Grumman and University of Illinois Researchers Make History With All-Carbon Nanotube Radio,”
                   CNN Money.com, January 2008.

“Researchers make tiny radio from nanotubes,”
                   Scientific American, January 2008.

“Nanotube Radios Could Outperform Silicon,”
                   PC Magazine, January 2008.

“Researchers make tiny radio from nanotubes,”
                   MSNBC, January 2008.

“Northrop Grumman and University of Illinois Researchers Make History With All-Carbon Nanotube Radio,”
                   CNN Money.com, January 2008.

“Boffins tune in carbon nanotube radio,”
                   IT Week, London, January 2008.

“Boffins tune in carbon nanotube radio,”
                   Computing, London, January 2008.

“Boffins make tiny radio from nanotubes,”
                   Brisbane Times, Australia, January 2008.

“US boffins tune into carbon nanotube radio,”
                   The Register, London, January 2008.

“Microscopic radio hints at future of wireless comms,”
                   ZDNet Australia, January 2008.

“Nano-transistor radio developed,”
                   The Christian Science Monitor, January 2008.

“Nano-transistor radio developed,”
                   United Press International, January 2008.

“Researchers Make Tiny Radio From Nanotubes,”
                   The Washington Post, January 2008.

“Researchers make tiny radio from nanotubes,”
                   The Independent Online, South Africa, January 2008.

“Boffins make tiny radio from nanotubes,”
                   The Age, Australia, January 2008.

“Nanotube Technology, Nanotube Transistor Radios,”
                   Technology News Daily, January 2008.

“New kind of transistor radios shows capability of nanotube technology,”
                   Science Centric, Bulgaria, January 2008.

“Researchers make tiny radio from nanotubes,”
                   Reuters, January 2008.

“New kind of transistor radios shows capability of nanotube technology,”
                   PhysOrg.com, Netherlands, January 2008.

“US researchers make tiny radio from nanotubes,”
                   New Zealand Herald, January 2008.

“New kind of transistor radios shows capability of nanotube technology,”
                   Nanowerk News, January 2008.

“New kind of transistor radios shows capability of nanotube technology,”
                   Nanotechnology Now, January 2008.

“Nano-transistor radio developed,”
                   Moldoval.org, Chisinau, Moldova, January 2008.

“New kind of transistor radios shows capability of nanotube technology,”
                   Innovations Report, Germany, January 2008.

“Scientists create sand-grain-sized radio,”
                   CBC, Canada, January 2008.

“Boffins make tiny radio from nanotubes,”
                   Sydney Morning Herald, January 2008.

“Nano-radios Move On,”
                   NanotechWeb, January 2008.

“Three-Dimensional Nanofabrication with Elastomeric Phase Masks,”
                   Cover Article, Journal of Physical Chemistry B, November 2007.

“Use of Electric Field and Nanoscale Nozzle Achieves Significant Resolution in E-Jet Printing”
                   MRS Bulletin, November 2007.

“A Synthesis Between Architecture and Electronics on Display in the Beckman Atrium”
                   Beckman Institute Website, October 2007.

“Improved Printing Provides Higher Resolution, Versatility”
                   Inside Illinois, October 2007.

“Improved Ejet Printing”
                   The Future of Things, Israel, October 2007.

“Spot On: Printing Flexible Electronics One Nanodot at a Time”
                   Science News, October 2007.

“High-Resolution Electrohydrodynamic Jet Printing,”
                   Cover Article, Nature Materials, May 2007.

“Nanoscale inkjet printing”
                   Technology Review, September 2007.

“Researchers smash the inkjet resolution barrier”
                   Print Week, September 2007.

“Improved e-jet printing provides higher resolution and more versatility”
                   RxPG News, September 2007.

“Nanoscale Nozzles = High-Res Printing”
                   Dr. Dobbs Portal, September 2007.

“Improved E-jet Printing Provides Higher Resolution And More Versatility”
                   Science Daily, September 2007.

“'Wavy' Silicon”
                   Physica Status Solidi RRL, July 2007.

“Illinois Team Advances Resolution of E-Jet Printing”
                   Semiconductor International, August 2007.

Prof. Rogers elected to the Defense Science Research Council
                   August 2007.

“When Small Gets Big”
                   Electronic Design, August 2007.

Prof. Rogers invited to serve as Associate Editor of IEEE Transactions on Nanotechnology
                   August 2007.

“Biaxially Stretchable “Wavy” Silicon Nanomembranes on Elastomeric Supports Fabricated”
                   MRS Bulletin, August 2007.

Qing Cao receives the Lester E. & Kathleen A. Coleman Fellowship from the School of Chemical Sciences, UIUC,
                   August 2007.

“Linear Nanotube Arrays Could Result in New Electronic Devices,”
                   AzoNano.com, July 2007.

“Paper On Organic Electronics Cited by Thomson as a Research Front,”
                   Thomson, Essential Science Indicators, July 2007.

“Making Science Simple, Fun,”
                   The Brookings Register, June 2007.

“Stretchable Silicon for High Performance Electronics,”
                   Nanomaterials News, June 2007.

“Getting the Hole Picture Up Close,”
                   Photonics Spectra, June 2007.

“Control Key to Materials Advances,”
                   Materials Today, June 2007.

“Perfectly Aligned Arrays for Electronics,”
                   Micro/Nano Newsletter, May 2007.

Prof. Rogers receives the Baekeland Award from the American Chemical Society. The award is conferred biennially upon an American chemist under 40 years of age in recognition of accomplishments in pure or industrial chemistry
                   February 2007.

“Micro and Nanopatterning Techniques for Organic Electronic and Optoelectronic Systems,”
                   Featured on the Cover, Chemical Reviews, May 2007.

“Bendable Integrated Circuits on Plastic Substrates by Use of Printed Ribbons of Single-Crystalline Silicon,”
                   Cover Article, Applied Physics Letters, May 2007.

“Sheets of Stretchable Silicon,”
                   MIT's Technology Review, May 2007.

“Nanotubes Line Up For Electronics,”
                   Materials Today, May 2007.

Matt Meitl receives the Racheff/Intel Award for excellence in graduate research,
                   April 2007.

“Plasmonic Sensors: Plasmonic Litmus Test,”
                   Nature Photonics Research Highlights, April 2007.

“Flexible Electronics Could Find Applications As Sensors, Artificial Muscles,”
                   Photonics Online, April 18, 2007.

“Flexible electronic structures show potential for artificial muscles or biological tissues,”
                   News Medical Net, April 4, 2007.

“Molecular Electronics: A Promising Lineup,”
                   Research Highlights, Nature, April 5, 2007.

“A Flexible Approach to High Mobility,”
                   News and Views Article, Nature Nanotechnology, April 2007.

“High-Performance Electronics Using Dense, Perfectly Aligned Arrays of Single-Walled Carbon Nanotubes,”
                   Cover Image and Feature Article, Nature Nanotechnology, April 2007.

“Flexible Electronics Could Find Applications As Sensors, Artificial Muscles,”
                   PhysOrg.com, April 2, 2007.

“Flexible Electronics Could Find Applications As Sensors, Artificial Muscles,”
                   Nanowerks, April 2, 2007.

“Flexible Electronics Could Find Applications As Sensors, Artificial Muscles,”
                   Nanotech Wire, April 2, 2007.

“Flexible Electronics Could Find Applications As Sensors, Artificial Muscles,”
                   Science Daily, April 2, 2007.

“Scientists Create Flexible Electronics,”
                   United Press International, April 3, 2007.

“A Breakthrough in Nanotube Transistors,”
                   MIT's Technology Review Magazine, March 29, 2007.

“Linear Nanotubes Key to High Performance Electronics,”
                   Asian News International, March 26, 2007.

“Linear Nanotubes Offer Path to High Performance Electronics,”
                   Huliq, March 26, 2007.

“Nanotubes Used as Semicondcutor Material,”
                   United Press International, March 26, 2007.

“Linear Arrays of Nanotubes Offer Path to High Performance Electronics,”
                   PhysOrg.com, March 25, 2007.

“Linear Arrays of Nanotubes Offer Path to High Performance Electronics,”
                   Nanowerk, March 25, 2007.

“New Nanotube Array Offers Path to High Performance Electronics,”
                   California Computer News, March 25, 2007.

“Nanotubes Used as Semicondcutor Material,”
                   Science Daily, March 26, 2007.

Prof. Rogers receives the Drucker Eminent Faculty Award, the highest honor that the College of Engineering bestows on a member of its faculty (~450 total) for achievement in research and teaching,”
                   February 2007.

“Printing Nitride Nanostructures,”
                   Compund Semiconductor, January/Feburary, 2007.

“Gutenberg+nanotechnology=printable electronics,”
                   NanoWerk, Feburary, 2007.

“Materials at the Movies,”
                   Chemical and Engineering News, January 15, 2007.

“Pick a Shape, Any Shape,”
                   Chemical and Engineering News, February 7, 2007.

“Integrate Dissimilar Materials Onto One Platform,”
                   Micro/Nano Newsletter, January 7 2007.

“Patchwork Sur Circuit,”
                   La Recherche, February 2007.

“Structural Forms of Single Crystal Inorganic Semiconductor Ribbons for Stretchable Electronics,”
                   Cover Image and Feature Article, Journal of Materials Chemistry, February 2007.

“Gutenberg Would be Proud,”
                   Nano Today, February 2007.

“The Essential Science Indicators database and Thomson-ISI selected our APL article, "Bendable single crystal silicon thin film transistors formed by printing on plastic substrates”, as an Emerging Front paper for February, 2007,”
                   January 2007.

“ Nanomaterials Produce Three Dimensional, Heterogeneous Electronics,”
                   Scitizen, December 26, 2006.

“Mix n Match Electronic Circuits Named One of Top Advances in Nanotechnology for 2006 by MIT's Technology Review Magazine,”
                   MIT's Technology Review Magazine, December 30, 2006.

“3D Chips,”
                   Chicago Tribune, December 27, 2006.

“Mix 'n' Match Flexible Circuitry May Brighten Cell Phones,”
                   Scientific American, December 22, 2006.

“Making Nanoelectronics for Displays,”
                   MIT's Technology Review Magazine, December 19, 2006.

“Stamping Electronics: Simple Process Could Deliver Next Generation Electronics,”
                   Chemical and Engineering News, December 18, 2006.

“New Semiconductor Technology Created,”
                   United Press International, December 15, 2006.

“3D Heterogeneous Systems are a Key to the Next Generation of Electronics,”
                   College of Engineering at UIUC, December 2006.

“Researchers Create Bendable Silicon,”
                   PC World, December, 2006.

“Buckling Down for Flexible Electronics,”
                   News and Views, Nature Nanotechnology, December, 2006.

“Film on Stretchable Silicon Wins 3rd Place Prize at the MRS Scientific Film Competition”
                   MRS Meeting, December, 2006.

“Our work on carbon nanotubes is featured on the cover of the book "Handbook of NanoScience, Engineering and Technology," from CRC Press”
                   CRC Handboook, November, 2006.

“Nanostructures: Making Better Sense,”
                   Research Highlights, Nature Nanotechnology, November, 2006.

“Biosensing and Imaging with Plasmonic Crystals,”
                   In this Issue, Proceedings of the National Academy of Sciences, November, 2006.

Prof. Rogers named Fellow of the American Physical Society for "Contributions to the fields of flexible electronics, optical fiber devices, nanolithography and picosecond ultrasonics,”
                   November 2006.

“Buckled andWavy Ribbons of GaAs for High-Performance Electronics on Elastomeric Substrates,”
                   Inside Cover Image, Advanced Materials, November 2006.

"Prof. Rogers Invited to Serve on the Editorial Board of Applied Physics Letters and Journal of Applied Physics,”
                   October 2006.

“Stretchable Silicon Exhibit Hits the Road...,”
                   College of Engineering Website, University of Illinois, September, 2006.

“Illinois Researchers Work Toward Habitable Computer,”
                   USA Today, September 19, 2006.

“Printed Semiconductor Technology Selected as a Winner of the Wall Street Journal's 2006 Technology Innovation Awards,”
                   Wall Street Journal, September 2006.

“Viewpoint: Macroelectronics,”
                   PCB Update, August 2006.

“Living in a Computer,”
                   News Gazette, August 2006.

"Shraddha Avasthy graduates with a MS degree and takes a position as Engineer at Micron Technologies,”
                   July 2006.

"Dr. Zhengtao Zhu leaves the group to take a position as Assistant Professor at South Dakota School Of Mines And Technology,”
                   July 2006.

"Dr. Yugang Sun leaves the group to take a position as Member of Technical Staff at Argonne National Laboratory and the Center for NanoMaterials,”
                   July 2006.

“Nano-Technique Allows For Refined Patterning,”
                   Semiconductor International, August 2006.

“Prof. Rogers profiled in the University of Illinois Annual Report,”
                   Beckman Annual Report, August 2006.

“Stretchable Silicon Highlighted as One of the Top 10 Coolest Technologies that You've Never Heard of,”
                   PC Magazine, August 2006.

“Prof. Rogers profiled in the Beckman Annual Report,”
                   Beckman Annual Report, August 2006.

“Stretchable Single-Crystal Silicon selected as one of the top 25 innovations for 2006 -- the MICRO/NANO 25,"
                   MICRO/NANO Newsletter, R&D Magazine, June 2006.

“Prof. Rogers selected as one of the top 15 Innovators in Nanotechnology,"
                   Nanotech Briefs, NASA Tech Briefs, June 2006.

“Inorganic Electronics Begin to Flex Their Muscle”
                   Science, June 2006.

“Nanoscale Surface Morphology and Rectifying Behavior of a Bulk Single-Crystal Organic Semiconductor,”
                   Inside Cover Image, Advanced Materials, June 2006.

“Prof. Rogers invited to serve on the Editorial Advisory Board for NanoToday,"
                   May 2006.

“Patterning of Carbon Nanotubes”
                   Lab on a Chip, May 2006.

“Big and Bendable”
                   IEEE Spectrum, September 2005.

“Fabricating three dimensional nanostructures using two photon lithography in step”
                   Newswire, United Kingdom, May 2006.

“Fabricating three dimensional nanostructures using two photon lithography in step”
                   Nanowerks, May 2006.

“Where Else Could You Build Your Own Polymer LEDs?”
                   UIUC College of Engineering, May 2006.

“Prof. Rogers selected as the 2006 Xerox Distinguished Lecturer,"
                   Xerox, May 2006.

“What's New”
                   National Geographic, April 2006.

“Bending Technology”
                   Daily Illini, April 2006.

“Single Exposure Step Creates 3D Structures”
                   Optics.Org, March 2006.

“On Suits and Circuits”
                   ARTicles:ReACTions, Krannert Art Museum and Kinkead Pavilion, March 2006.

“Stretchable Silicon Selected as One of the Top 10 Technologies for 2005, by MIT's Technology Review Magazine”
                   MIT's Technology Review, March/April 2006.

“Working Toward Computer Roll Ups,”
                   Wired Magazine, March 6, 2006.

“Flexible Computers on the Way: Stretch the Imagination,”
                   The Inquirer, March 7, 2006.

“Wiring Electronics With Nanotubes,”
                   Chemical and Engineering News, February 20, 2006.

“Prof. Rogers receives a joint appointment in the Department of Mechanical and Industrial Engineering,”
                   February 2005.

“Applications Stretch Out for Wavy Silicon,”
                   Chemistry World, January 2006.

“Stretchable Silicon Promises to Replace Standard Process,”
                   Electronic Products, January 2006.

“Stretchable Electronics,”
                   MicroNano News, January 2006.

“Materials Science: Making Waves,”
                   Science News, January 21, 2006.

“Scientist Creates Flexible Electronics,”
                   Dong A Ilbo (Korean Press), January 2006.

“Silicon Does the Wave,”
                   Science, January 2006.

“Elektronica op Rubber,”
                   Technisch Weekblad, January 2006.

“Micromanipulation -- Stick and Place,”
                   Nature Materials News and Views, January 2006.

“«Wellige» Silizium-Bauteile -- Flexible Transistoren und Dioden auf elastischer Unterlage,”
                   NZZ Online, January, 2006.

“Transfer Printing by Kinetic Control of Adhesion to an Elastomeric Stamp,”
                   Cover Image, Nature Materials, January 2006.

“The Next Silicon Wave?,”
                   Zdnet, December 17, 2005.

“Stretchable Silicon Meets Electronics,”
                   United Press International, December 15, 2005.

“Silicon Gets Stretchy,”
                   Technology Research News, December 19, 2005.

“UI Team Makes Electronics that Bend,”
                   St Louis Post-Dispatch, December 20, 2005.

“Stretchable Silicon Could be the Next Wave in Electronics,”
                   Science Daily, December 15, 2005.

“Stretchable Silicon Could be the Next Wave in Electronics,”
                   Physorg.com, December 15, 2005.

“Stretchable Silicon Set to Revolutionize Electronics,”
                   New Kerala, December 17, 2005.

“Future Advances: Stretchable silicon based electronics,”
                   What is the Word, December 17, 2005.

“Stretchable Silicon Set to Revolutionize Electronics,”
                   Web India 123, December 17, 2005.

“Materials Research Society Highlight Image,”
                   Materials Research Society, December 21, 2005.

“Stretchable Silicon Ribbons Fabricated,”
                   Materials Research Society eMatters, December 21, 2005.

“Stretchable Silicon Could be the Next Wave in Electronics,”
                   Linux Electrons, December 15, 2005.

“Chip in Another Bendy Silicon Breakthrough,”
                   London Inquirer, December 21, 2005.

“Stretchable Silicon Could be the Next Wave in Electronics,”
                   Innovations Report, December 19, 2005.

“Stretchable Electronics: Electronics Stretch Out,”
                   Discovery Channel News, December 27, 2005.

“Rogers, SciAmer 50,”
                   Chicago Sun-Times, December 21, 2005.

“Flexible Silicon,”
                   Chemical and Engineering News, December 19, 2005.

“Etienne Menard successfully defends his PhD thesis, and joins pSi-tech as co-founding scientist,”
                   December 2005.

“Hoon Sik Kim successfully completes his senior thesis, and joins pSi-tech as device engineer,”
                   December 2005.

“Rogers Recognized for Science Research,”
                   Daily Illini, December 2005.

“Professor Recognized as Pioneer of the Future,”
                   The News Gazette, December 2005.

"MatSE Professor Selected for Innovation Discover Award from the Champaign County Economic Development Council,”
                   UIUC News, December 2005.

“Flexible Electronics One Step Closer with New Circuits,”
                   National Geographic News, December 2005.

“Applications Stretch Out for Wavy Silicon,”
                   Chemistry World, December 2005.

“MatSE Professor Selected for 2005 Scientific American 50,”
                   UIUC College of Engineering Website, November 2005.

“2005 Scientific American 50 Award,”
                   Scientific American, November 2005.

“Guided Growth of Large Scale, Horizontally Aligned Single Walled Carbon Nanotubes and Their Use in Thin Film Transistors,”
                   Cover Image, Small, October 2005.

“Dr. Seung-hyun Hur accepts a position at Samsung, SDI,"
                   August 2005.

“Bend, But Don't Slow Down,”
                   Technology Research News, August 2005.

“Bendable GaAs Metal-Semiconductor Field Effect Transistors Formed With Printed GaAs Wire Arrays on Plastic Substrates,”
                   Cover Image, Applied Physics Letters, August 2005.

“Mix it up in 3D,”
                   Analytical Currents in Analytical Chemistry, August 2005.

“Tunable microfluidic optical-fiber devices,”
                   SPIE Optics in Information Systems Newsletter, July 2005.

“Macroelectronics: Perspectives on Technology and Applications,”
                   Cover Image, Proceedings of the IEEE, July 2005.

“Nanoscale inkjet printing,”
                   Nano-CEMMS Newsletter Smalltalk, June 2005.

“Professor Rogers selected for the 2005 List of Teachers Ranked as Excellent by Their Students, with a teaching effectiveness rating in the top 10%, university wide,"
                   June 2005.

“Dr. Feng Hua accepts the position of Assistant Professor in the Department of Electrical Engineering at Clarkson University,”
                   June 2005.

“Rogers' group helps introduce OLED lab course into local high school curriculum,”
                   News from College of Engineering at Illinois, May 2005.

“Professor Rogers invited to serve as an Associate Editor for SPIE's Journal of Microlithography, Microfabrication, and Microsystems,”
                   March 2005.

“Resolution limits of polymer nanoimprint lithography,”
                   MicroNano Newsletter, February 2005.

“Transistor has free space,”
                   MicroNano Newsletter, February 2005.

“Assemblage 2D de nanotubes de carbone et composants associes,”
                   Veille stratιgique Electronique molιculaire n°19 - OMNT, February 2005.

“Recent progress in soft lithography,”
                   Cover Image, Materials Today, February 2005.

“University sets new level in science modeling,”
                   Daily Illini, February 4, 2005.

“Rubber phase mask may lead to cheap method for building photonic crystals,”
                   SPIE's oemagzine, February 2005.

“U. Illinois sets new level in structure molding,”
                   Small Times Magazine, February 2005.

“Molecular scale resolution achieved in polymer nanoimprinting technique,”
                   PhysOrg.com, January 2005.

“Photolithographic Route to The Fabrication of Micro/Nanowires of III-V Semiconductors,”
                   Cover Image, Advanced Functional Materials, January 2005.

"Professor Rogers named Director of Research for the UIUC/Caltech/NCAT NSF NSEC Center on Nanomanufacturing,”
                   January 2005.

“Professor Rogers receives joint appointment as Professor Electrical and Computer Engineering, ”
                   January 2005.

“Thee dimensional nanofabrication with a rubber optical element, ”
                   E Bulletin of the SPIE, November 2004.

“Best of Small Tech Winners Named, ”
                   Small Times Magazine, November 2004.

“Professor Rogers invited to serve as a member of the Editorial Board for Nano Letters,”
                   September 2004.

“Rogers’ research: Practical, inexpensive and still cutting edge,”
                   Beckman Institute Newsletter on WTN award nomination, September 2004.

“Next search for plastic,”
                   Scientific American, August, 2004.

“Professor Rogers invited to serve as a Volume Organizer for the 2006 edition of the MRS Bulletin,”
                   August 2004.

“Process prints silicon on plastic,”
                   MIT’s Technology Review Magazine, August, 2004.

“Process prints silicon on plastic,”
                   Technology Research News, July 28, 2004.

“Inside plastic transistors: Crystal-clear window opens on hidden flows,”
                   Science News, July 24, 2004.

“UI research gets flexible,”
                   The News-Gazette, July 19, 2004.

“Printable silicon for ultrahigh performance flexible circuits,”
                   UIUC College of Engineering Homepage, July 14, 2004.

“Printable silicon for ultrahigh performance flexible electronic systems,”
                   Inside Illinois, July 1, 2004.

“Printable silicon for ultra-high performance flexible electronic systems,”
                   The Hindu (online), June 24, 2004.

“Thinner silicon chips for making flexible thin film transistors,”
                   Webindia123.com, June 22, 2004.

“Thinner silicon chips for making flexible thin film transistors,”
                   NewKerala.com, June 2004.

“Printable silicon for ultrahigh performance flexible electronic systems,”
                   Innovations Report, June 2004.

“A printable form of single crystal silicon for high performance thin film transistor,”
                   Cover Image, Applied Physics Letters, June 28, 2004.

“Printable silicon for ultrahigh performance flexible electronic systems,”
                   UIUC News Bureau, June 17, 2004.

"Stamping out transistors, "
                   Materials Today, May 2004.

“Special Issue on Organic Electronics,”
                   Cover Image, Physics Status Solidi A, May 6, 2004

"Computers: A flexible future, "
                   The News-Gazette, April 12, 2004.

"Angle Speeds Plastic Transistor, "
                   MIT’s Technology Review Magazine, April 2004.

"Tiny Pumps Drive Liquid Circuits, "
                   MIT's Technology Review Magazine, March 2004.

"Peel and Reseal Light Emitting Diodes, "
                   Chemistry World, March 2004.

"Toward better, colorful devices, "
                   Chemical and Engineering News, March 15, 2004.

"High-performance, single-crystal plastic transistors reveal hidden behavior, "
                   Innovations Report, March 12, 2004.

"Tiny Pumps Drive Liquid Circuits, "
                   Technology Research News, March 2004.

"New Plastic Circuits Could Replace Paper, "
                   United Press International, March 12, 2004.

"New Approach to OLEDs, "
                   Materials Today, March 2004.

"Soft Lamination Improves Organic LED Performance, "
                   Photonics Spectra, February 2004.

"10 Emerging Technologies that Will Change Your World: Microfluidic Optics, "
                   MIT's Technology Review Magazine, January/February 2004.

"Tunable optical fiber devices based on broadband long period gratings and pumped microfluidics,"
                   Cover Image, Applied Physics Letters, December 15, 2003.

"All the news that’s continually fit to print,"
                   Consumers Digest, December 2003.

"Microfluidic Electronics,"
                   Lab on a Chip, November 2003.

"New MatSE faculty involved in Nanoscale Research,"
                   Fall 2003 Alumni News: Department of Materials Science and
                    Engineering at UIUC, September 2003.

"2003 Excellence in Research Award: Microfluidic Photonics,"
                   Frost and Sullivan,, September 2003.

"UIUC group rubber-stamps nanofab science,"
                   AtomWorks Alert, September 2003

"Complex layered construction ,"
                   Editor’s Choice in Applied Physics, Science Magazine, August 2003

"Nanofabrication with high resolution stamps,"
                   Micro/Nano Newsletter, June 2003.

"Soft lithography reproduces microlenses",
                   Photonics Sprctra, May, 2003.

"Silica-filled epoxy forms accurate lens arrays",
                   Laser Focus World, May 2003.

"Six technologies that will change the world",
                   Business 2.0 May 2003.

"Simple microfluidic system tunes fiber properties",
                   Laser Focus World, April 2003.

"Stamp bangs out plastic circuits",
                   Technology Research News, March 2003.

"On the tip of a fiber",
                   Materials Today, March 2003.

"In-fiber liquid crystal modulator switches at µsec speeds",
                   Laser Focus World, March 2003.

“Low cost, low loss microlens arrays fabricated by soft lithography process,”
                   cover image, Applied Physics Letters, February 2003.

"Hot off the press",
                   Nature Materials Update, January 26, 2003.

"Fiber helper: Miniature controllers may open data floodgates",
                   Science News, January 25, 2003.

"Softer, pliable electronics",
                   Chemical and Engineering News, January 6, 2003.

"Circle of Excellence Award - Tunable dispersion compensator",
                   Photonics Spectra, January 2003.

"Nanoelectronics means more than simply shrinking semiconductors",
                   Small Times Magazine, December 13, 2002.

"Move over, silicon",
                   The Economist, December 2002.

"Lucent, Rogers look to nano for innovation",
                   Nanotech Planet, October 15, 2002.

"Flexible circuits by lamination",
                   Materials Today, October 2002.

"Just one word - Plastics",
                   IEEE Spectrum, September 2002.

"Microfluidics adds tunability to optical fiber",
                   Laser Focus World, September 2002.

"Microfluidic fiber for tunable transmission",
                   Laser Focus World, September 2002.

"Stamps and glue make circuits",
                   Technology Research News, August 2002.

"Nanoscale technique prints metal films with reusable stamps and tailored surface chemistry",
                   MRS Bulletin, August 2002.

"Stamping out nanostructrues",
                   Nature Materials Update, July 18, 2002.

"Hollow promise for fiber optics",
                   Nature, June 11, 2002.