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Conference Agenda

Wednesday, 03 Dec 2008   The Application of Printed Electronics to Products 09:45 Avery Dennison Industrial Products Division 08:55 Nokia Research Center 08:30 IDTechEx 09:20 Structural Graphics 10:10 Break   Radical New Printed Electronics Products 12:20 Stora Enso Packaging Boards 11:30 Plastic Logic Ltd 10:50 Toppan Forms Co Ltd 11:55 Kovio 12:45 LUNCH Track 1   Healthcare and Bionic Man 08:50 RF-iT Solutions 14:00 University of St Andrews 14:25 Toumaz Technology Ltd.   Thin, Flexible Printed Batteries 14:50 Blue Spark Technologies 15:15 NEC Corporation 15:40 Break 16:20 Infinite Power Solutions Inc 16:45 Lux Research Track 2   Electronics as Art, Signage, Human Interface - Large Area Displays 15:40 Break 16:20 Acreo AB 14:25 E Ink Corporation 14:00 Rogers Corporation 14:50 TRED Displays 15:15 Apple Inc   Smart Substrates and Stretchable Electronics 16:45 University of Cambridge 17:10 University of Washington Track 3   Thin Film Transistor Circuits - New Possibilities 15:15 Northrop Grumman 14:00 Epson 14:25 PolyIC GmbH & Co KG 14:50 Terepac 15:40 Break   Sensors Networks & Actuators 16:20 Palo Alto Research Center (PARC) 17:10 NXT Technology Inc 16:45 University of California

Thursday, 04 Dec 2008 Track 1   Thin Film and Printed Photovoltaics 08:55 Konarka Technologies Inc 08:30 Boeing Spectrolab   PV: Panel Discussion 09:20 HelioVolt Corporation IDTechEx Lux Research Boeing Spectrolab 10:10 Break   PV: Nano-Enabled Technologies 11:00 University of Washington 11:25 Applied Nanotech Inc   PV: Inorganic Photovoltaic 11:50 HelioVolt Corporation   PV: Organic PV- Organic Concentrators 12:40 Lunch 14:50 Arizona State University 14:25 MIT 14:00 Solarmer Energy 12:15 Plextronics Inc 15:15 Break   Novel RFID approaches 16:00 Friendly Technologies Ltd   Printed Electronics Standards and Global Progress 16:25 OE-A 16:50 IDTechEx Track 2   Materials:Organic and Inorganic Semiconductors, Dielectrics 08:55 Korea Institute of Science and Technology 09:20 Faculdade de Ciencias e Tecnologia 08:30 BASF Future Business GmbH   Materials: Carbon Nanotubes and Graphene 09:45 EIKOS 10:10 Break 11:00 Rutgers University   Materials: Conductive Materials 11:25 NanoMas Technologies 11:50 Sun Chemical 12:15 SSCP CO. 12:40 LUNCH 14:00 Chisso Petrochemical co.   Materials: Meta-Materials 14:25 Imperial College London   Materials: Material Scarcity 14:50 H.C. Starck Inc 15:15 Break 16:00 University of Augsburg   Materials: The Big Need: Barrier/ Encapsulation Materials 16:25 Vitex Systems Inc 16:50 IDTechEx Track 3   Printing:Roll-to-Roll Printed Electronics: Co-Deposition of Components 08:30 Soligie   Printing: Breakthrough in Room Temperature Cure 08:55 NovaCentrix Corp   Printing: Digital Printing Breakthroughs 10:10 Break 11:00 FUJIFILM Dimatix 09:20 Optomec Inc 11:25 imaging Technology international (iTi) 09:45 Pixdro/OTB 11:50 Asahi Kasei Chemicals 12:15 RFidium 12:40 LUNCH   Process/Inspection/Testing Systems 14:00 Northfield Automation Systems Inc   Printing: Conformal/Flexible Displays 15:15 Break 16:25 CDT Limited 14:50 Add-Vision 14:25 DuPont Displays 16:00 AJJER

 

 

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Wednesday December 03, 2008

Smart Substrates and Stretchable Electronics (16:20 - 17:35)

University of Cambridge, United Kingdom, Dr Stephanie Lacour, Research Fellow

16:45 - 17:10 "Interfacing thin-film electronics with the human body"

• Stretchable Bio-Electronics are electronic interfaces designed to undergo extreme and multi-directional deformation,
• provide reliable electrical functionality, and be biocompatible.
• Fabricating such interfaces require a unique set of design and fabrication rules. Our approach is to use low process temperature, thin-film technology, and elastomeric substrates. Challenges and technological solutions will be highlighted with two examples (prosthetic skin and implants for nerve repair).

 

University of Washington, United States, Prof Babak Parviz,

17:10 - 17:35 "Towards a Functional Contact Lens"

• Building multi-functional high performance systems on unconventional substrates
• Optoelectronics on plastics and glasses
• Converting contact lenses into smart microsystems

 

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