Physics and Computation 2012

• Richard Feynman: No Ordinary Genius
• Barry Cooper From Newton to Turing: Physics and the Computational Constraint (Alan Turing Centenary Lecture)
• Ed Blakey: Generalizing Complexity Theory
• Olivier Bournez: Comparing analog models of computation to digital models of computation
• Mike Edmunds: The Antikythera Mechanism and the early history of mechanical computing
• Arun Holden: Computation of and by excitable systems, cells, tissues and organs
• Tony Hey: Three new computing paradigms
• Martin Ziegler: Computability and Complexity in Quantum Logic
• Edwin Beggs: Axiomatising the interface between algorithms and physical systems
• Richard J. Cobley: Current Challenges in Nanotechnology
• Gillies Dowek: Chaos and the principle of a bounded density of information
• J C Garcia-Escartin and P Chamorro-Posada: Distributed computation in inertial frames
• J C Garcia-Escartin and P Chamorro-Posada: Universal quantum computation with somple optical elements with orbital angular momentum encoding
• B Russell and S Stepney: Applications of optimal control theory to constrained analogues of the Margolis-Levetin Theorem
• S Schirmer, F Langbein and E Jonckheere: Quantum networks: network geometry, control of information flow and quantum routing
• John Tucker: Algorithms and physical oracles