'Fermi liquid' presentation slideshows

Leon Balents (UCSB) Lorenz Bartosch (Yale/Frankfurt) Anton Burkov (UCSB) Matthew Fisher (UCSB)

Quantum criticality beyond the Landau-Ginzburg-Wilson paradigm. Leon Balents (UCSB) Lorenz Bartosch (Yale/Frankfurt) Anton Burkov (UCSB) Matthew Fisher (UCSB) Subir Sachdev (Yale) Krishnendu Sengupta (Yale) T. Senthil (MIT) Ashvin Vishwanath (MIT) Matthias Vojta (Karlsruhe).

878 views • 71 slides

Yoav Sagi , JILA/CU, Boulder (soon , Technion ,Israel)

776 views • 61 slides

B. Spivak, UW with S. Kivelson, Stanford

2D electronic phases intermediate between the Fermi liquid and the Wigner crystal (electronic micro-emulsions). B. Spivak, UW with S. Kivelson, Stanford. Electron interaction can be characterized by a parameter r s =E pot /E kin.

775 views • 61 slides

B. Spivak, UW S. Kivelson, Stanford

2D electronic phases intermediate between the Fermi liquid and the Wigner crystal (electronic micro-emulsions). B. Spivak, UW S. Kivelson, Stanford. Conclusion :. There are pure 2D electron phases which are intermediate between the Fermi liquid

673 views • 57 slides

Department of Condensed Matter Physics Weizmann Institute of Science

The Two Channel Kondo Effect (The breakdown of the Fermi liquid paradigm in quantum dots: theory and experiment). Department of Condensed Matter Physics Weizmann Institute of Science. HRI, 8 Feb 2008. Outline. Ancient and modern history of the Kondo effect

662 views • 47 slides

Zheng-Yu Weng Institute for Advanced Study Tsinghua University, Beijing

High- T c superconductivity in doped antiferromagnets (I). Zheng-Yu Weng Institute for Advanced Study Tsinghua University, Beijing. KITPC, AdS /CM duality Nov. 4, 2010. Outline. Introduction: High- T c experimental phenomenology pseudogap phenomenon

622 views • 45 slides

Electronic transport in one-dimensional wires

Electronic transport in one-dimensional wires. Akira Furusaki (RIKEN). Outline. Tomonaga-Luttinger (TL) liquid Bosonization Single impurity in a TL liquid Two impurities in a TL liquid linear conductance G Random-matrix approach to transport in disordered wires.

558 views • 38 slides

Studying Nanophysics Using Methods from High Energy Theory

514 views • 36 slides

B. Spivak University of Washington

511 views • 35 slides

377 views • 33 slides

Quantum Criticality and Fractionalized Phases.

Quantum Criticality and Fractionalized Phases. Discussion Leader :G. Kotliar Grodon Research Conference on Correlated Electrons 2004. Steve Julian: overview of phase transitions in heavy fermion systems. Z.X. Shen ARPES Investigations of Cuprate Superconductors.

435 views • 33 slides

Correlation effects in Low-Dimensional Fermion Systems

Correlation effects in Low-Dimensional Fermion Systems. Reza Asgari. Some examples. 1) Correlations in Electron Liquid - Low density - Low Dimensionality - Transports effects 2) Bose Einstein Condensation in Low dimension

467 views • 31 slides

432 views • 31 slides

409 views • 28 slides

Fermi-Luttinger Liquid

557 views • 22 slides

Ferromagnetic properties of quark matter

Ferromagnetic properties of quark matter. a microscopic origin of magnetic field in compact stars. T. Tatsumi Department of Physics, Kyoto University. 30 th anniversary of March 5, 1979 Gamma-ray burst event. Introduction and motivation

307 views • 18 slides

Complex magnetic phase diagram of ferromagnetic CeNiSb 3

643 views • 18 slides

Metal-insulator transition (MIT) in 2D electron gas

Metal-insulator transition (MIT) in 2D electron gas. Juho Luomahaara 18.10.2007 Materiaali fysiikka II. Introduction. In 2D electron systems, the electrons are confined to move in a plane in the presence of a random potential.

360 views • 16 slides

Unconventional superconductivity in Noncentrosymmetric Heavy-Fermion superconductors

Unconventional superconductivity in Noncentrosymmetric Heavy-Fermion superconductors. E. Bauer et al, Phys. Rev. Lett . 92 . 027003 (2004) M. Yogi et al. Phys. Rev. Lett . 93 , 027003 (2004) Kitaoka Laboratory Takuya Fujii. Content. Introduction Heavy Fermion & Fermi Liquid

975 views • 15 slides

Singular Fermi Liquid

Local Moment and Heavy Fermion Physics: Piers Coleman, Rutgers University DMR 0312495. Singular Fermi Liquid. T. QCP. Hertz, 1976. Fermi Liquid. Ordered State. ? c. ?. 0. Confused State of Matter.

206 views • 4 slides