math.ucr.edu
Network Theory
http://math.ucr.edu/home/baez/networks_oxford
University of Oxford, Centre for Quantum Mathematics and Computation. February 21 - March 11, 2014. I Electrical circuits and signal-flow graphs. II Stochastic Petri nets, chemical reaction networks and Feynman diagrams. III Bayesian networks, information and entropy. You can see the slides for all these talks here, and videos too. Here are some kinds of networks I discuss:. You can also see the slides of this talk. Click on any picture in the slides, or any text in blue, and get more information! You ca...
qilabs.net
QiLabs | Welcome...
http://www.qilabs.net/default.cshtml
Investment in Quantum Coherence and Entanglement. The Processes to Create the Billion Dollar Potential. INVESTING IN A TRANSFORMATIONAL WORLD. Ldquo;Only when we fathom what lasers and silicon chips do for us can we imagine what Quantum Tech 2.0 achieves in the years ahead.” - DK Matai. Getting an idea from concept to commercialisation requires not just finance but also knowledge, skills, equipment, partners and, ultimately, customers. Access to knowledge, skills,. The Billion Dollar Potential. QDS IWC ...
qilabs.net
QiLabs | Welcome...
http://www.qilabs.net/default
Investment in Quantum Coherence and Entanglement. The Processes to Create the Billion Dollar Potential. INVESTING IN A TRANSFORMATIONAL WORLD. Ldquo;Only when we fathom what lasers and silicon chips do for us can we imagine what Quantum Tech 2.0 achieves in the years ahead.” - DK Matai. Getting an idea from concept to commercialisation requires not just finance but also knowledge, skills, equipment, partners and, ultimately, customers. Access to knowledge, skills,. The Billion Dollar Potential. QDS IWC ...
christopherleedouglas.com
Christopher Douglas | QMAC
http://www.christopherleedouglas.com/projects/community/qmac
Institutions & Affiliations. Preprints, books, papers. Algebraic Top (C3.1a). Quantum Invariants in Low-Dim Topology. Classics in Alg Top. Classics in G&T. Collaborators & Contacts. I cofounded and am codirecting the Centre for Quantum Mathematics and Computation (QMAC) at the University of Oxford. The Centre is supported by EPSRC grant EP/K015478. More information about the Centre and its faculty can be found at the QMAC website.