Liaison with nanofutures platform Laurent Fulbert CEA-LETI

What is Nanofutures ? The aim of the Nanofutures platform is to develop a common roadmap with regard to nanotechnology Identification of strategic « key nodes » –Crossing between sectorial needs and horizontal issues

Methodology Sectorial needs: representatives from ETP –ERTRAC, ENIAC, PHOTONICS21, ETPIS, ECTP, MANUFUTURE, NANOMEDICINE, MINAM, EUMAT, SUSCHEM, FTC Horizontal issues: –Research/Technology –Industrialization/nano-Manufacturing –Communication –Safety Research –Industrial safety Strategy –Industrial Nanosafety Strategy Group –Standardization –Regulation –Technology Transfer and Innovation Financing –Networking –Skills and Education

Photonics21 needs (1) Need number 1 Understanding and modeling of nanostructured materials Description of the need Understanding the electromagnetic properties and physics of the metamaterials (synthetic materials, mostly nanostructured) Examples of actions to address the need Research in modelling of nanostructured materials (eg. photonic crystals, quantum dots including composite colloidal nanoparticles in a glass or polymer matrix or semiconductor media, materials exhibiting negative permittivity or permeability or both) Target time [1] of the needed actions [1] Short term Target industrial sectors Generic topic that addresses all sectors of photonics (solid state lighting, lasers, optical communications, photovoltaics, biosensing, …) Expected Impact New physical effects leading to higher performance/lower cost/new functionalities are expected Sample expert organizations/individuals from your ETP Many high-level academic labs in Europe

Photonics21 needs (2) Need number 2 High performance manufacturing Description of the need High yield, low dispersion, high accuracy manufacturing of nanostructures Examples of actions to address the need Development of manufacturing equipment allowing a better control of size, dispersion and yield of nanostructures Target time [1] of the needed actions [1] Short Target industrial sectors Generic topic that addresses all sectors of photonics (solid state lighting, lasers, optical communications, photovoltaics, biosensing, …) Expected Impact Better performance/lower cost of components based on nanomaterials Sample expert organizations/individuals from your ETP European equipment manufacturers, components manufacturers

Photonics21 needs (3) Need number 3 Manufacturing upscaling Description of the need Large area manufacturing of nanostructured devices, upscaling from lab-scale prototyping to high volume industrial production Examples of actions to address the need Coordination with nanoelectronics, large area electronics and photovoltaics activities Target time [1] of the needed actions [1] Short-mid Target industrial sectors Generic topic that addresses all sectors of photonics, more especially solid state lighting and photovoltaics Expected Impact High volume production of components based on nanomaterials Sample expert organizations/individuals from your ETP Equipment manufacturers (deposition, nanoimprint, roll-to-roll)

Photonics21 needs (4) Need number 4 Multi scale fabrication Description of the need Bridging the micro-nano gap, combination of top-down and bottom-up approaches. How to connect nanoscale objects with the outside world ? Examples of actions to address the need Coordination with nanoelectronics Target time [1] of the needed actions [1] Short-mid Target industrial sectors Generic topic that addresses all sectors of photonics (solid state lighting, lasers, optical communications, photovoltaics, biosensing, …) Expected Impact Actual and efficient use of nanotechnology in photonic components Sample expert organizations/individuals from your ETP Equipment manufacturers, components manufacturers

Photonics21 needs (5) Need number 5 Convergence of nanophotonics with nanoelectronics Description of the need Integration of photonics with electronics, fabrication of nanophotonics devices with nanoelectronics equipment, CMOS compatibility Examples of actions to address the need Coordination of nanoelectronics Target time [1] of the needed actions [1] short Target industrial sectors Generic topic that addresses all sectors of photonics, more particularly optical interconnects, optical communications, sensing Expected Impact European and scientific and industrial environment is very favourable to the development of this technology, with a combination of excellent research laboratories, CMOS foundries already involved in the “More than Moore” field with top-level 200mm and 300mm facilities, optoelectronic components manufacturers and end-users for telecoms, datacoms, computing or sensing applications. Sample expert organizations/individuals from your ETP CMOS foundries, components manufacturers (Oclaro, 3S photonics, III-V lab, CIP) CEA-Leti, imec

Next steps Is there anything missing ? Feedback requested within 6 months about « key nodes »