Community Research and Development Information Service - CORDIS

FP6

Novel Nano-Template Technology and its Applications to the Fabrication of Novel Photonic Devices (N2T2 Devices) - Publishable Executive Summary

Project ID: 17481
Funded under: FP6-NMP

Abstract

The main goal of N2T2 is to establish and deploy versatile nano-replication technologies based on porous alumina, for manufacturing novel sub-wavelength photonic elements with superior functionality. The specific objectives of N2T2 are:
- To establish technologies for fabricating hard nanoimprint moulds based on highly ordered porous alumina and multiplexing the pattern over large areas to create nanoimprint masters with feature sizes down to 50 nm over areas of up to 10x10 mm as a basis for pattern replication over much larger areas;
- To establish novel nanoimprint processes for pattern transfer, up to 200x200 mm at a time, into UV curable pre-polymers or thermo-plastics for mass volume manufacture of large area arrays of sub-wavelength photonic elements and create the new nano-fabrication technology of Disposal Masters;
- To show the capability of the new nanofabrication technologies through their application to forming innovative electrode nanostructures and broadband antireflection coatings based on motheye nanostructures for advanced large area, low cost Organic solar cells;
- To establish compatibility of the anodised porous alumina nanoimprint technology with semiconductor fabrication technologies to realise high brightness, short wavelength light emitting devices that utilise arrays of quantum dots of pre-engineered shape and uniformity;
- To show the application of the new nanoimprint technologies, in particular Disposable Master Technology, to the fabrication a range of photonic crystal (PhC) structure devices with integrated high aspect ratio light coupling devices for low loss interconnection between PhC lightwave circuits and optical fibre systems.

Download application/pdf (23517)

Record Number: 9507 / Last updated on: 2008-10-30
Category: PRJS