Richard Jones
@RichardALJones
Professor of Materials Physics and Innovation Policy at the University of Manchester. Nanotechnology, polymer physics, regional economic growth.
ID:126294936
http://www.softmachines.org/wordpress 25-03-2010 11:45:10
10,7K Tweets
8,0K Followers
392 Following
Fine quotation from Freddie Williams, Electrical Engineering Prof at The University of Manchester, about the development, with Tom Kilburn, of world's 1st stored programme computer, in 1948, commercialised by Ferranti in 1951.
Value of interdisciplinary collaboration & rapid commercialisation...
UK shadow chancellor’s regional productivity agenda could be driven by devolving parts of R&D funding or creating new kinds of institutions, experts tell John Morgan
timeshighereducation.com/news/labour-ti…
📢 Great to see this paper in print. Rick Delbridge Elvira Uyarra 🐝 David Waite Robert Huggins, Kevin Morgan and I explore lessons on inclusive innovation policy through city-region approaches in Cardiff, Glasgow and Manchester.
Available now (open access) at link.springer.com/article/10.100…
Lilian Edwards Here's data on cumulative investment in transport & R&D by region
I work in Manchester, so painfully aware of poor state of northern transport infrastructure.
But I think spatial imbalance in UK R&D spending matters too, for reasons given in detail here:
nesta.org.uk/report/the-mis…
Agree with Richard Jones that Rachel Reeves Mais Lecture sets out new directions for #science and #innovation policy that require bigger #institutional changes than is broadly understood, especially to drive #knowledge diffusion across the economy. The Productivity Institute
Late to write down thoughts on the Mais lecture – largely because of discussing related topics of growth, sustainability and resilience in excellent conferences held by Bennett Institute for Public Policy and Royal Economic Society. Here they are, with links to relevant research...
blogs.lse.ac.uk/politicsandpol…
Richard Jones I worked at STL Harlow on the pilot production of optical fibre in the late 70s. The process was a Byzantine mix of chemistry, physics & craft skill. If we hit 3km without defect or breakage it was cause for celebration. Had no idea of the future impact of our work at the time!