Organised by the Dalton Division and the Materials 91AV Forum of the RSC.
Leading the way in self-assembly/functional materials, this discussion meeting addressed emerging themes which will provide technological advances in the medium term. The group was not one that would conventionally meet; therefore the meeting saw considerable cross-fertilisation of ideas.
DD9 set chemistry at the centre of several emerging areas including: reactive/responsive surfaces; biological and medicinal sensing; quantum information processing.
Invited Speakers
Professor David Reinhoudt
University of Twente, The Netherlands
Professor Joel Miller
University of Utah, USA
Professor Makota Fujita
University of Tokyo, Japan
Professor David Parker FRS
University of Durham, UK
Scientific Committee
Professor Richard Winpenny
University of Manchester, UK
Professor Paul O'Brien
University of Manchester, UK
Dr Stephen Faulkner
University of Manchester, UK
Dr Peter Skabara
University of Manchester, UK
Professor Mike Ward
University of Sheffield, UK
Leading the way in self-assembly/functional materials, this discussion meeting addressed emerging themes which will provide technological advances in the medium term. The group was not one that would conventionally meet; therefore the meeting saw considerable cross-fertilisation of ideas.
DD9 set chemistry at the centre of several emerging areas including: reactive/responsive surfaces; biological and medicinal sensing; quantum information processing.
Invited Speakers
Professor David Reinhoudt
University of Twente, The Netherlands
Professor Joel Miller
University of Utah, USA
Professor Makota Fujita
University of Tokyo, Japan
Professor David Parker FRS
University of Durham, UK
Scientific Committee
Professor Richard Winpenny
University of Manchester, UK
Professor Paul O'Brien
University of Manchester, UK
Dr Stephen Faulkner
University of Manchester, UK
Dr Peter Skabara
University of Manchester, UK
Professor Mike Ward
University of Sheffield, UK
