OEC-07: Track 3 agenda

Organic electronics conference and exhibition 2007

Conference Track 3:

Track 3 of the conference will cover lighting, photovoltaics, sensors, memory, investment, testing, measurement and encapsulation.

Tuesday 25 September:
Topic:	Plenary sessions
08:45-09:00 (all tracks)	Welcome Craig Cruickshank, CEO cintelliq ltd
09:00-09:30 (all tracks)	EU activities in organic and large area electronics Past and present of Organic and Large Area Electronics Organic and Large Area Electronics after FP7 ICT Call 1 The way ahead: preparation of the next Work Programme Advances by the Organic Electronics stake holders community and next steps Rosalie Zobel, Director of Information Society & Media Directorate-General European Commission
09:30-10:00 (all tracks)	OE-A - The global network for organic electronics Second version of the OE-A Roadmap for organic electronics Demonstrator projects: Giveaway samples and multifunctional demonstrators OE-A's global approach Wolfgang Mildner, Chairman Organic Electronics Association
10:00-10:30	Time to visit exhibition
10:30-11:00	Break and exhibition
11:00-11:30	Structure property relationship of salt-based n-dopants in organic light emitting diodes Selection of salts based on Cs and Ca cations Electrical characterization of single carrier devices The influence of the anion Dr Günther Schmid, Senior Research Scientist Siemens
11:30-12:00	The OLLA project: OLEDs: the future of lighting? OLED lighting technology The OLLA project: goal and status after 2 years Outlook and Roadmap Peter Visser, Program Manager OLLA
12:00-12:30	Project Topless: Challenges for Pled white lighting Project Topless: aims and expectations Lighting challenges for pleds Customer expectations Geoff Williams, OLED Group Leader, Lighting Technology Centre Thorn Lighting
12:30-13:00	Progress in Printed Photovoltaics Lifetime requirements for flexible solar cells & environmental stability of organic based solar cells outdoor stability, accelerated lifetime testing Performance analysis of printed and coated solar cells Products, applications and markets Dr Christoph Brabec, CTO Konarka
13:00-14:00	Lunch and exhibition
14:00-14:30	Processing technologies for organic photovoltaics at IMEC Two main technology routes for organic photovoltaics Introducing printing technology for solution-processed monolithic modules From high to low vacuum deposition for gas phase deposition of small molecules Recent results and outlook Dr Tom Aernouts, Senior Scientist IMEC
14:30-15:00	Semiconductor 2.0: products and perspectives Dr Franz Padinger, CTO Nanoident
15:00-15:30	Smart systems on foil Connecting organic electronics to the outside world The use of related technologies The benefit of electronics on foil About plastic electronic Philipp Weissel, General Manager plastic electronic
15:30-16:00	Printed organic transistors for skin-like sensors Printed organic transistors Inkjet and screen printing Large-area sensors and actuators Ambient electronics Dr Takao Someya, Associate Professor, University of Tokyo
16:00-16:30	Break and exhibition
16:30-17:00	Printed organic semiconductor sensor for agricultural cultivation control We have newly developed an organic semiconductor sensor that is specially designed to monitor the plant transpiration for agricultural cultivation control. The sensor has an unique device structure to show high gas sensitivity and continuous monitoring, and is prepared by printing technique with polymer semiconductor. The device structure is also suitable for the print process and mounting it on the plant. In this talk, field test results of these sensors will also be introduced with its market. Dr Toshihide Kamata, Group Leader, Organic Semiconductor Devices Group, AIST
17:00-17:30	From hybrid to printed memories Brief TFE introduction Introduction to Ferroelectric memory Transfer from microelectronics to printing Obtained results Applications Summary and Outlook Nicklas Johansson, Senior Scientist, Material Physics and Chemistry Thin Film Electronics
17:30-18:00	Nantero's NRAM™ universal memory developed with microelectronics grade carbon nanotube formulation Nantero is developing the non-volatile NRAM memory using carbon nanotubes (CNT) as switching elements Nantero and its partners have, for the first time, integrated carbon nanotubes in an industrial fab enabling the industrial development of the NRAM NRAM is built and tested using standard manufacturing and metrology equipment existing in any industrial fab To enable NRAM development in an industrial fab Nantero has developed the microelectronics grade CNT-formulation which was the first CNT material accepted in an industrial fab; the formulation can enable other CNT-based products Dr George Ghenciu, Director, Materials Nantero
18:00-18:30	Innovative thin and printed batteries State of the art batteries for thin and flexible applications Lower system limits for batteries in mass production Printed batteries: a vision? Dr Martin Krebs, Manager Innovative Projects / Patents VARTA Microbattery
18:30-19:30	Break and exhibition
19:30-20:15	Drinks reception
20:15-23:15	Dinner and OSIA awards ceremony

Wednesday 26 September:
Topic:	Plenary sessions (all tracks)
09:00-09:30	How technology continues to complement and enhance the newspaper industry Conductive inks for radio frequency identification (RFID) applications E-paper/e-readers for distributing content Short run digital printing using toner/ink jet technology E-billboards and E-signage for marketing and product promotions Allan Marshall, Joint Principal iMedia Advisory Services Ltd
09:30-10:00	Supporting low-carbon breakthroughs Climate change and the case for action Accelerating the move to a low-carbon futureInvesting in low-carbon breakthroughs Organic electronics in the low-carbon economy Advanced Photovoltaics Research Accelerator Richard Guy, Low Carbon R&D Manager Carbon Trust
10:00-10:30	Break and exhibition
10:30-11:00	Five years back – five years forward: A review and prediction of the Organic Semiconductor Industry The organic semiconductor industry has shown some remarkable technical and commercial progress over the past five years This has lead to an industry structure that is poised to begin the transition from R&D to initial commercialisation For the industry to develop beyond today it will have to address additional challenges that if not resolved may impact continued progress Craig Cruickshank, CEO cintelliq
11:00-11:30	The rise and rise of polymer Macroelectronics - From components to competencies at PETeC From the science of conjugated, conductive polymers to the basis for implementable product technology Facing the twin challenges of Hi resolution and Large area in organic electronic applications The case for 'reel 2 reel' technology and cost, speed and throughput benefits Applications opportunities in organic photovoltaics (OPVs), printable energy storage and solid state lighting (OLED's) Dr Raymond Oliver, Director, Science & Innovation CENAMPS
11:30-12:00	Active matrix backplane technology development for flexible OLED displays Critical path in high information content flexible display technology development Silicon-based TFT process development on 6" wafer-scale line Unique challenges and FDC solutions in fabrication on flexible substrate Outlook for organic transistor technologies Gregory Raupp, Director, Flexible Display Centre Arizona State University
12:00-12:30	The developments of solution-based printed electronic devices in ITRI Printed rectifier, thin-film transistor, non-volatile memory 13.56 MHz printed RFID Tag Dr Yi-Jen Chan, Deputy General Director of the Electronics and Optoelectronics Research Lab ITRI
12:30-13:30	Lunch and exhibition
13:30-14:00	Low Cost Substrates and Encapsulation of Flexible Solar Cells, Batteries and OLED Displays Introduction of Barix multilayer barriers and Oxygen and Water Properties of the high performance barrier coating Application in Solar cells, Thin Film Batteries and OLED displays Industrialisation Dr Robert Jan Visser, CTO Vitex Systems
14:00-14:30	Flexible electronics-optimising polyester substrates for maximum performance Polyester films are now well established as substrates for flexible electronics. This talk will discuss how the films can be optimised for maximum performance via control of thermal stress mechanical stress processing environment surface quality Latest developments in developing UV cureable adhesives compatible with PEN will be outlined. Examples of film in use exploiting the above will be given Dr Bill MacDonald, Business Research Associate DuPont Teijin Films
14:30-15:00	Advanced Lifetime Testing of Organic Semiconductor Devices Colour monitoring in OLED lifetime testing Total test time forecast Comparison of different test conditions Lifetime testing of organic solar cells Dr Thomas Däubler, Head of Measurement Division Botest Systems
15:00-15:30	Break and exhibition
15:30-16:00	Advanced modelling of optoelectronic characteristics of OLEDs Integral OLED device simulator SimOLED is presented (features and capabilities) short discussion about combined optical and electrical modelling is given comparison between experimental and simulated data is shown Dr Robert Nitsche, Managing Director sim4tec
16:00-16:30	Free time and exhibition
Topic:	Plenary session
16:30-17:00 (all tracks)	Conference round-up and close Craig Cruickshank, CEO cintelliq ltd