'Luttinger liquid' presentation slideshows

Non-Fermi Liquid (NFL) phases of 2d itinerant electrons

Non-Fermi Liquid (NFL) phases of 2d itinerant electrons. Symposium on Theoretical and Mathematical Physics, Euler Institute, St. Petersburg, July 11, 2011. MPA Fisher with Hongchen Jiang, Matt Block, Ryan Mishmash, Donna Sheng, Lesik Motrunich (in progress).

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Introduction to Nanotube Theory

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Introduction to Nanotube Theory

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ENS-Paris

ENS-Paris. Experiments on Luttinger liquid properties of Fractional Quantum Hall effect and Carbon Nanotubes. Christian Glattli CEA Saclay / ENS Paris). Nanoelectronic Group (SPEC, CEA Saclay) Patrice Roche ( join in 2000 ) (FQHE) Fabien Portier ( join in 2004 )

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Transport through junctions of interacting quantum wires and nanotubes

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Scaling and full counting statistics of interference between independent fluctuating condensates

Scaling and full counting statistics of interference between independent fluctuating condensates. Anatoli Polkovnikov, Boston University. Collaboration:. Ehud Altman - Weizmann Eugene Demler - Harvard Vladimir Gritsev - Harvard. TOF. d. Free expansion:. x.

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Superconducting properties of carbon nanotubes

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Transport of interacting electrons in 1d: nonperturbative RG approach

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One Dimensional Magnetic Systems

Y 2-x Ca x Ba Ni O 5. One Dimensional Magnetic Systems. Collin Broholm* Johns Hopkins University and NIST Center for Neutron Research. Y 3+. Strong Fluctuations in Condensed Matter Magnetism in one dimension Pure systems Doped systems Magnetized states Conclusions. Ca 2+.

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One Dimensional Electronic Systems: Quantum Hall Edge States: Chiral Luttinger Liquid

One Dimensional Electronic Systems: Quantum Hall Edge States: Chiral Luttinger Liquid Quantum Wires Semiconductor wires Polyacetalene Carbon Nanotubes. Integer Quantum Hall Effect with edges (Halperin 1982). x. Bulk Landau levels:. L. R. y. n =1. E. E F.

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Experimental Evidences on Spin-Charge Separation

Experimental Evidences on Spin-Charge Separation. Wei-Chun Chu Department of Physics and Astronomy, Georgia State University. Outline. Motivations Luttinger liquid 1D experiment (Auslaender) High- T c cuprate and visons Vortex-memory effect experiment (Bonn) Conclusions. Motivations.

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Gauge/Gravity Duality 2013 Max Planck Institute for Physics, 29 July to 2 Aug 2013

`. M. Isachenkov , I.K., V. Schomerus , arXiv : 1308.XXXX. Coset approach to the Luttinger Liquid Ingo Kirsch DESY Hamburg, Germany. Gauge/Gravity Duality 2013 Max Planck Institute for Physics, 29 July to 2 Aug 2013. Coset approach to the Luttinger Liquid . Luttinger Liquid.

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Luttinger Liquids

Luttinger Liquids. Kevin Chan Cohen Group Meeting May 2, 2007. Introduction. Luttinger Liquid: system of 1D interacting fermions Reasons for interest: Strong correlations Real (quasi-)1D systems available experimentally Exactly solvable. Fermi Liquid Landau

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