Analysis on Graphs and its Applications

By Cambridge University

Analysis on Graphs and its Applications episodes

January 30, 2022 A computer-assisted existence proof for photonic band gaps
Michael Plum; Karlsruhe Institute of Technology
13 March 2007 – 14:30 to 15:30
50 min
January 30, 2022 Asymptotic aspects of Schreier graphs of self-similar groups
26 January 2007 – 11:00 to 12:00
59 min
January 30, 2022 Applications of computer methods and mathematical ideas in archaeology
13 June 2007 – 16:00 to 17:00
1 hr 3 min
January 30, 2022 Another Martini for quantum graphs
1 March 2007 – 16:00 to 17:00
56 min
January 30, 2022 Bernoulli decompositions for random variables and applications
21 June 2007 – 14:30 to 15:30
1 hr 1 min
January 30, 2022 Diffusion in narrow randomly perturbed tubes
26 June 2007 – 14:30 to 15:30
59 min
January 30, 2022 Hyperbolic polynomials and lower bounds in combinatorics
Leonid Gurvits; Los Alamos National Laboratory
16 February 2007 – 11:30 to 12:30
57 min
January 30, 2022 Liouville theorems for equations on coverings of graphs and manifolds
Peter Kuchment; Texas A&M University
23 January 2007 – 16:00 to 17:00
36 min
January 30, 2022 Is there an interesting index theory for quantum graphs?
27 February 2007 – 14:30 to 15:30
56 min
January 30, 2022 Internet tomography
Carlos Berenstein; University of Maryland, College Park
20 March 2007 – 11:30 to 12:30
1 hr 5 min

About Analysis on Graphs and its Applications

From the publisher's feed

Analysis on graphs and other discrete structures has been developing for quite some time, in particular due to applications to number theory, algebra, probability theory, spectral geometry, as well as to its usefulness in many practical problems. This area, however, has experienced recently a significant boost in terms of new important applications arising, new methods being developed, and new models introduced not studied before. This has happened due to numerous new applications arising in different areas of mathematics, sciences, and engineering. They swipe throughout a wide scientific landscape, which besides the fields already mentioned includes nanotechnology, microelectronics, quantum chemistry, superconductivity, optics, etc.