'Critical phenomena' diaporamas de présentation

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Entanglement in Quantum Critical Phenomena, Holography and Gravity

Entanglement in Quantum Critical Phenomena, Holography and Gravity. Dmitri V. Fursaev Joint Institute for Nuclear Research Dubna, RUSSIA. hep-th/0602134 hep-th/0606184. Banff, July 31, 2006. gravity - quantum information -condensed matter. finding entanglement entropy in spin chains

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The Quantum Space-Time

The Quantum Space-Time. 25 th Solvay Conference October 2011. Juan Maldacena Institute for Advanced Study. Classical Spacetime. General Relativity ? dynamical spacetime (vibrations ? gravity waves) Two surprises: -- The expanding universe -- Black holes.

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Critical Phenomena in 2D Axisymmetric Collapse of Neutron Stars

Critical Phenomena in 2D Axisymmetric Collapse of Neutron Stars. Can Critical Collapse Occur in Nature ? Ke Jian Jin. Introduction GR equations for simulation Prior work of critical phenomena in general relativity Axisymmetrical Code Idea, implement, advantage

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29 faculty

29 faculty. 65 grad students. Six Major Areas of Research. Astrophysics Biological physics Condensed matter physics (nanomaterials) Gravitational physics High energy physics Nuclear physics. ASTRONOMY & ASTROPHYSICS Nuclear Astrophysics Champagne & Iliadis Numerical relativity Evans

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Status of the CBM experiment

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The Origins of Lattice Gauge Theory

The Origins of Lattice Gauge Theory. Kenneth G. Wilson The Ohio State University. The Origins of Lattice Gauge Theory. 1974 - 2004 Homage 1973 - 1974 Origins 1958 - 1971 Thesis and After 2004 - Research Questions. I. 1974 - 2004 Homage. Current knowledge vs. 1974

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Exercise as prelude to Lecture 3

Exercise as prelude to Lecture 3. Thermodynamic Geometry 3. Peter Salamon Udine Advanced School October 2005. Fluctuation Theory. Q1: Whose grave?. Q2: What does it mean?. S=k ln ?. Q3: Solve for ? = . Einstein fluctuation theory. The relative likelihood of a fluctuation is. Thesis:.

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DECLIC ALI NASA/CNES Collaboration

DECLIC ALI NASA/CNES Collaboration. NASA Objectives and Contributions: Study the temperature and density relaxation behavior near the critical point in both single and two-phase region Compare the relaxation time measurements with theoretical predictions

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