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{"id":2321,"count":1,"description":"","link":"https://www.enterprise.cam.ac.uk/tag/patrick-maxwell/","name":"Patrick Maxwell","slug":"patrick-maxwell","taxonomy":"post_tag","meta":[],"yoast_head":"n.

industry. The Maxwell Centre offers "impulse," a 12-week hybrid programme followed by alumni Masterclasses and mentoring, serving as a catalyst for both entrepreneurship and intrapreneurship. ... We are now inviting applications for the role of Programme

The elastic properties of natural rubber (cis-1,4-polyisoprene) can be represented by the Maxwell model of a spring (with stiffness k) and a dashpot (with viscosity ν) in series.

West Cambridge - 11:00-12:00 Fri 21st February 2020, Maxwell Centre, JJ Thomson Avenue.

Created: Tue 24 Oct 2017. 25 views. This is a talk from John-Dylan Haynes (Bernstein Center for Computational Neuroscience).

and Dr Dylan Yamada-Rice worked with 200 children aged seven to 11 to create real-life models for virtual worlds. ... Characters created for The Future of Broadcast project (Dylan Yamada Rice and Eleanor Dare).

Dr Frenk was introduced by Professor Patrick Maxwell, Regius Professor of Physic, University of Cambridge.

About this item. Description:. Chair: Michael McBride (UC Irvine). Panellists: Sir Partha Dasgupta (Cambridge), Larry Iannaccone (Chapman), Rachel McCleary (Harvard) David Maxwell (Cambridge).

The investigation of monochromatic waves in a periodic dielectric medium ("photonic crystal") leads to a spectral problem for a Maxwell operator.

Abstract:. Delegates from the US and the UK came together on 29-30 February 2018 at the Maxwell Centre, Cambridge, to debate the future of the UK and US energy systems.