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Renormalization group / Phase transitions / Mathematical physics / Statistical mechanics / Critical exponent / Scale invariance / Renormalization / Universality / Percolation theory / Physics / Quantum field theory / Critical phenomena


Scaling, universality, and renormalization: Three pillars of modern critical phenomena H. Eugene Stanley
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Document Date: 2007-02-28 10:16:03


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Cambridge University Press / P. C. Hohenberg L. P. / Oxford University Press / Princeton University Press / World Scientific / Wilson / Kadanoff L. P. / /

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Netherlands / United Kingdom / Singapore / /

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USD / /

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Boston University / Cornell University / /

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liquid-gas critical point / power-law correction factor / absorbed monolayer systems / interaction energy / calculational tool / diverse systems / energy / diverse physical systems / renormalization / model systems / power-law dependence / long-range power-law decay / power law / /

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Enrico Fermi School of Physics / Cambridge University / H. Eugene Stanley Center for Polymer Studies / National Science Foundation / Guggenheim Foundation / Princeton University / Department of Physics / Cornell University / ONR / Boston University / Boston / Enrico Fermi Summer School / Oxford University / /

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Lee / Enrico Fermi / J. H. Van Vleck / H. Eugene Stanley / G. S. Rushbrooke / Mishima / Kadanoff / Yang / Marc Kac / E. W. Montroll / T. A. Kaplan / W. Marshall / M. Kac / Mantegna / /

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n-vector model / thesis advisors / spherical model / T. D. / R. N. / author / realistic microscopic model at our disposal / Hunter / Fisher / /

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New York / Massachusetts / /

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Physica A / Reviews of Modern Physics / /

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Enumeration algorithms / /

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