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Day one: Tuesday 27 September
| Time |
Presentation |
| 08:30 |
Overview: Technology roadmapping
Craig Cruickshank, Principal Analyst, cintelliq |
| 08:45 |
The LEP value chain - building and sustaining a competitive advantage
- Evolution of the PLED supply chain
- Advances in ink jet printing of PLED displays
- Progress on the development of large format printers
- The need for standardisation of material specifications and testing
- Latest LEP material performance summary and comparison with commercial requirements
Jonathan Halls, Strategic Technology Planner, Cambridge Display Technology |
| 09:15 |
Status of high efficiency OLEDs for lighting
- OLED lighting systems
- New developments for high efficiency devices
- Challenges for further increase in efficiency
- Market requirements
Dr Dietrich Bertram, Manager OLED development, Philips Lighting
|
| 09:45 |
The OLLA project: Europe's route towards OLED lighting
- OLEDs for lighting applications
- Challenges for OLED lighting industry
- Overview and first results of the OLLA project
- Other OLED lighting initiatives
Peter Visser, Programme Manager, OLLA Project
|
| 10:15-10:45 |
Break |
| 10:45 |
Rollable displays based on organic transistors
- Fabrication and characterization of a 100 micron thick active-matrix electrophoretic display
- TFT performance - effect of dual gate
- Display properties
- Integration of transistors: shift registers
- Design considerations and present status
Dr Gerwin Gelinck, Chief Technology Scientist, Polymer Vision
|
| 11:15 |
Printed plastic electronics
- The Plastic Logic manufacturing process
- Flexible displays - progress to date
- Plastic Logic's prototype facility
- Other developments at Plastic Logic
Catherine Ramsdale, Group Leader – Materials, Plastic Logic
|
| 11.45 |
Recent developments towards printed 13 MHz RFID tags
- Applications and markets for printed electronics
- Material and fabrication requirements for printed RFID Tags
- Results on fast and stable integrated circuits based on polymers
- 13 Mhz rectifier
Andreas Ullmann, Senior Scientist, PolyIC
|
| 12:15-13:30 |
Lunch |
| 13:30 |
Fully printable RFID tags
- Latest developments in polymer and printed electronics
- Implications for printed chips
- Current technical limitations
- Future possibilties
Klaus Dimmler, CEO, OrganicID |
| 14:00 |
Requirements for flexible photovoltaic products
- Flexible PV product definition
- Basic concepts for flex PV
- Material & production aspects for OPV
- Technical status and update on device performance and production progress
Dr Jens Hauch, Head of OPV Production and Packaging, Konarka
|
| 14:30 |
Development of organic PV modules by screen printing
- Large-area OPV production
- Screen printing organic materials
- Flexible OPV modules
- Latest results and future plans
Tom Aernouts, Senior Scientist, Polymer and Molecular Electronics, IMEC
|
| 15:00-15:30 |
Break |
| 15:30 |
A new class of sensors: Organic photonic sensors
- NanoIdent
- Fundamentals of organic photonic sensors
- Advantages of organic sensors
- The organic photonic sensor market
Dipl.-Ing. Franz Padinger, CTO, NanoIdent Technologies
|
| 16:00 |
Organic transistor integrated circuits for large-area electronics
- New circuit concepts with organic transistors
- New applications
- Large-area sensors: pocket scanner & e-skin
- Inkjet printing & screen printing
Takao Someya, Assistant Professor, Quantum-Phase Electronics Centre, University of Tokyo
|
| 16:30 |
MHz organic semiconductor nano-devices made by single-step lithography
- Planar nano-diodes and nano-transistors
- One step lithography
- High-frequency performance
- Applications for RFID at 13.56 MHz
Dr Aimin Song, Manchester University
|
| 17:00 |
Large area organic electronics - from printed electronics to plastic solar cells
- Large area, printed organic electronics for displays and information processing
- Printed electronic/electrochemical hybrids on paper- a very slow oscillator
- Organic photovoltaics from polymer/fullerene blends
- Low bandgap polymer solar cells -photocurrent generation out to 1 µm
Professor Olle Inganäs, Director, Centre of Organic Electronics, Linköping University
|
| 17:30 |
End of presentations |
| 18:00-18:45 |
Chauffeured punting on the River Cam |
| 18:45-21:00 |
Drinks reception followed by gala dinner |
Day two: Wednesday 28 September
| Time |
Presentation |
| 08:45 |
Overview: Patents
Craig Cruickshank, Principal Analyst, cintelliq |
| 09:00 |
Developing materials for LEDs
- Electronic peptides – a new material family
- Synthesis by design – The LEGO concept
- Some device properties
Professor Nir Tessler, Electrical Engineering Dept, Technion
|
| 09:30 |
A versatile platform technology to improve performance in organic electronic devices
- Plexcore™ as active layer technology in organic electronic applications such as OLEDs and Organic Semiconductors
- Impact of polymer design, formulation, morphological control and processing on device performance
- Opportunities for new applications in printed electronics
- Requirements for broad market commercialization
Dr Troy Hammond, GM Engineering and Product Development, Plextronics
|
| 10:00 |
Elamates: A turn-key solution to OLED manufacturers
- New electron transporter which doubles the lifetime and increases the efficiency of OLEDS
- New buffer (hole injector) which doubles the lifetime of OLEDS
- Novel hosts for fluorescent and phosphorescent dopants
- Novel hole transporters
Professor P Kathirgamanathan, CTO, NUKO 70
|
| 10:30-11:00 |
Break |
| 11:00 |
Organic Semiconductors - a materials platform for applications from OPC drums to solar cells
- OPC - where it all started
- From OPC to OLED - history and trends
- Evaporated and printable material classes
- Importance of partnerships for material suppliers
Olaf Gelsen, Managing Director, Sensient Imaging Technologies |
| 11:30 |
OVPD - Paving the way to full colour OLED display mass production
- High performance OLEDs made on OVPD
- Advanced high resolution mask technology
- White OLED for backlighting and full colour displays
Bastian Marheineke, Head of Sales and Marketing, Aixtron
|
| 12:00 |
Progress in building the first in-line PLED manufacturing system
- In-line manufacturing philosophy
- Display roadmap
- PLED in-line production line
- SMOLED in-line production line
Bas van Rens, CEO, OTB Display
|
| 12:30-14:00 |
Lunch |
| 14:00 |
Electronics produced by mass printing - State of the art and challenges
- Source-Drain for an oFET
- Technical opportunities for small channel length
- What are the main problems printing Source-Drain
- The all mass printed ring oscillator
Arved Hübler, CTO, printed systems
|
| 14:30 |
Experience with high precision X-Y inkjet systems
- Flatbed inkjet printers: an overview
- Technical issues in design and operation
- Similarities and differences in requirements for printing cf. microdeposition
- Commercial considerations
- How can experience from printing be used to benefit microdeposition?
Bill Baxter, CEO, Inca Digital |
| 15:00 |
The latest developments in substrates for flexible electronics
- The properties of DuPont Teijin Films' polyesters that are
important in flexible electronics
- How the film property requirements differ across several
applications
- Early experiences of using polyester films in displays and other
flexible circuitry
Julie Friend, Market Development Specialist, DuPont Teijin Films
|
| 15:30-16:00 |
Break |
| 16:00 |
Barix technology: Thin film encapsulation for flexible electronics
- Vitex technology and strategy in the Flexible Electronics market
- Improvement of Barix multilayer barrier process towards mass manufacturing
- Encapsulation of PM full color devices and flexible AM displays
- Barix applications in other flexible electronics fields
Dr Lorenza Moro, Director Barix Encapsulation Processing, Vitex Systems
|
| 16:30 |
End of presentations |
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