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Renormalization Group Potential for Quasi-One-Dimensional Correlated Systems(Yukawa International Seminar 2004 (YKIS2004) Physics of Strongly Correlated Electron Systems)

Ming-Shyang Chang, Wei Chen, Hsiu‐Hau Lin

Progress of Theoretical Physics SupplementFeb 6, 20060 citations

Correlation functions for a one-dimensional Fermi system with long-range interaction (Tomonaga model)

I. E. Dzyaloshinskiǐ, A. I. Larkin

World Scientific series in 20th century physicsAug 1, 19964 citations

Probing Quantum Mechanics towards the Everyday World : How Far Have We Come?(YUKAWA-TOMONAGA CENTENNIAL SYMPOSIUM Progress in Modern Physics)

A. J. Leggett

Progress of Theoretical Physics SupplementJan 30, 20080 citations

Properties of One-Dimensional Strongly Correlated Electrons (Physics of f-Electrons and Related Phenomena in Strongly Correlated Systems)

Hiroyuki Shiba, Masao Ogata

Progress of Theoretical PhysicsJun 1, 19920 citations

Tomonaga's Theory for Collective Motion of Fermions: Basic Concept of One-Dimensional Correlated Electrons

Norio Kawakami

In 1950, Tomonaga published a pioneering paper on collective motion of interacting fermions in one spatial dimension, which now establishes the basic concept of one-dimensional quantum critical phenomena, the so-called Tomonaga-Luttinger liquid. We briefly discuss fundamental properties of the Tomonaga-Luttinger liquid in comparison with the Fermi liquid. We then explain how (1+1) dimensional conformal field theory can be used to describe universal properties of the Luttinger liquid. Some examples of recent experimental observations are also addressed.In 1950, Tomonaga published a pioneering paper on collective motion of interacting fermions in one spatial dimension, which now establishes the basic concept of one-dimensional quantum critical phenomena, the so-called Tomonaga-Luttinger liquid. We briefly discuss fundamental properties of the Tomonaga-Luttinger liquid in comparison with the Fermi liquid. We then explain how (1+1) dimensional conformal field theory can be used to describe universal properties of the Luttinger liquid. Some examples of recent experimental observations are also addressed.

Progress of Theoretical Physics SupplementJan 1, 20072 citations

Modern studies of basic quantum concepts and phenomena : proceedings of Nobel Symposium 104, Gimo, Sweden, June 13-17, 1997

E. Karlsson, Erkki Brändas

Modern studies of basic quantum concepts and phenomena, E.B. Karlsson and E. Brandas quantum entanglement - criteria and collective tests, A. Peres a gallery of quantum states -tomography of nonclassical light, J. Mlynek et al experimental and theoretical progress in interaction-free measurements, P.G. Kwia entanglement, mesoscopic superpositions and decoherence studies with atoms and photons in a cavity, S. Haroche quantum coherence with a single Cooper pair, V. Bouchiat et al mesoscopic physics and the fundamentals of quantum mechanics, Y. Imry decoherence, chaos, quantum-classical correspondence and the algorithmic arrow of time, W.H. Zurek quantum entanglement - a fundamental concept finding its applications, A. Zeilinger quantum communication in a quantum network, J.I. Cirac et al. (Part contents).Modern studies of basic quantum concepts and phenomena, E.B. Karlsson and E. Brandas quantum entanglement - criteria and collective tests, A. Peres a gallery of quantum states -tomography of nonclassical light, J. Mlynek et al experimental and theoretical progress in interaction-free measurements, P.G. Kwia entanglement, mesoscopic superpositions and decoherence studies with atoms and photons in a cavity, S. Haroche quantum coherence with a single Cooper pair, V. Bouchiat et al mesoscopic physics and the fundamentals of quantum mechanics, Y. Imry decoherence, chaos, quantum-classical correspondence and the algorithmic arrow of time, W.H. Zurek quantum entanglement - a fundamental concept finding its applications, A. Zeilinger quantum communication in a quantum network, J.I. Cirac et al. (Part contents).

Jan 1, 19987 citations

Tomonaga's Theory for Collective Motion of Fermions : Basic Concept of One-Dimensional Correlated Electrons(YUKAWA-TOMONAGA CENTENNIAL SYMPOSIUM Progress in Modern Physics)

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Tomonaga's Theory for Collective Motion of Fermions : Basic Concept of One-Dimensional Correlated Electrons(YUKAWA-TOMONAGA CENTENNIAL SYMPOSIUM Progress in Modern Physics)

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