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Principles of Condensed Matter Physics P. M. Chaikin, T. C. Lubensky
Publisher: Cambridge University Press

She is the president-elect of the Division of Computational Physics of the American Gender studies is a field guaranteed to annoy the physicist - where data not only stubbornly confound our ability to write laws but also where unifying principles, when they exist at all, offer much less in the way of accurate predictive power. New principle sets maximum limit on quantum information communication This is treated well in Chaikin and Lubensky's "Principles of condensed matter physics" and Brenner and Edwards "Macrotransport processes". And how does this give you a maximum energy? Now in paperback, this book provides an overview of the physics of condensed matter systems. Chaikin and Lubensky is about modern condensed matter physics, especially soft condensed matter, based on principles of symmetry-breaking and phase transitions. The main point of the story is to tell about what is probably the hottest topic in hep-th these days, attempts to use AdS/CFT to say something about some models in condensed matter physics. Amy Bug does research in the field of computational condensed matter physics. This is basically a proof-of-principle kind of experiment– a very impressive proof of a very cool principle. For some idea of what this is all about, On general principles, this looks a bit more promising than the heavy-ion case, since there are many different kinds of systems one might look at, and the connections are more to QFT than to string theory. Ever since Geim published his first paper on graphene in Science in October, 2004—"Electric field effect in atomically thin carbon films"—the two-dimensional variation on graphite has taken materials science and condensed-matter physics by storm, while launching Geim into prominence among Thomson Reuters' The work earned Geim a share of one of the tongue-in-cheek IgNobel Awards in 2000, while also entertainingly demonstrating valid principles of diamagnetism. This analogy, where atoms in an optical lattice behave like electrons in a solid, makes these systems very interesting to condensed matter physicists, and you can find lots of posts talking about these sorts of systems in the condensed matter category for this blog.