Abstract
This Proposal confronts manufacturing challenges that constrict the on-going revolution in complex (‘freeform’) optical surfaces, these promising radical performance-improvements, yet with fewer components. We focus primarily on resolving the lack of worldwide capability for nano-scale-accurate, super-smooth freeforms that i) can survive high laser-powers, and ii) meet emerging challenges in other applications, especially next-generation semiconductor photolithography. We take laser-fusion (US National Ignition Facility, NIF) as an example, the technology promising almost limitless energy, but requiring gross simplification – one of the keys is free-form optics. The project thereby confronts key societal needs incl. sustainable manufacture, Big Data and ‘green’ energy. Our industry/research consortium has the expertise and facilities to tackle this head on, developing a unique commercial manufacturing solution. After IP protection, project outputs will then be widely disseminated.
Consortium

COORDINATOR

PARTNERS

University of Huddersfield

Thin Metal Films Ltd

WZW OPTIC AG

Applied University OST, Switzerland