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  • Magnetic and Superconducting Materials 2019
  • 작성자 관리자 등록일 2019-08-02 조회수 2853
  • Magnetic and Superconducting Materials 2019

    Venue Seoul National University Building 26 

    Period 8.17 8.24, 2019 

    Overview

    Fundamental and applied science of magnetism and superconductivity, with emphasis on strongly correlated electron systems are the main topics of the conference. The fields covered in the conference include:

     

    I. Physics and Chemistry of Materials Synthesis

    a. Advances in techniques of obtaining high-quality material

    b. Thin films and quantum structures (quantum wells, quantum wires, quantum dots, superlattices)

    c. The physics of surfaces and interfaces

    d. Synthesis of 2 D magnetic/ferroelectric/multiferroic materials

    e. Synthesis of topological materials

    f. Synthesis of emergent superconducting materials

     

    II. Physical Properties

    a. Electronic properties and band structure

    b. Transport, magneto-transport, magneto-optical properties

    c. Thermodynamic properties, critical phenomena, phase transitions

    d. Flux dynamics, Josephson effect, critical current

     

    III. Special Topics in Magnetism

    a. Anomalous quantum Hall effect

    b. Amorphous magnetism, spin glasses

    c. Skyrmions and their manipulation

    d. Magnetic imaging and microscopy

    e. Ferrites, garnets, permanent magnets

    f. Nanomagnetism, quantum dot

    g. Ferrofluids

    h. Magnetic semiconductors

    i. Spintronics and spin transport

    j. Bio-magnetism

     

    IV. Special Topics in Superconductivity

    a. High-Tc cuprates

    b. Fe-based superconductivity

    c. Hydrogen-rich materials, especially at high pressure

    d. 2D superconductors

    e. Topological superconductivity; Majorana fermions

    f. Magnetic superconductors

    g. Heavy fermion

    h. Organic superconductivity

    i. Superconductivity at nanoscale

     

    V. Special Topics in Topological Systems

    a. Topological insulators

    b. Topological Dirac and Weyl semimetals

    c. Topology and correlations

    d. Higher order topological phases

    e. Majorana zero modes and topological quantum computation

     

    VI. Theoretical Approaches

    a. Low dimensional systems

    b. Frustrated magnetic systems

    c. HTSC mechanism

    d. Magnetic interactions and ordering

     

    VII. Applications

    a. Power, HTSC motors, microwave devices, sensors, optoelectronic

    b. Magnetic recording

    c. Medical and pharmaceutical applications of magnetism 

     

    Organizers

    Name

    Affiliation

    E-mail

    Remark

    KEE HOON KIM

     

    keehkim@gmail.com

    Chair

    Yunkyu Bang

     

    ykbang@apctp.org

    Co-Chair

    W. E, Pickett

     

     

    Etc

    C. W. Chu

    U. of Houston

     

    Etc

    M. Akhavan

    Sharif Univ. of S&T

     

    Etc

    A J Legett

    U. of Illinois

     

    Etc

    Yunkyu Bang

    APCTP

     

    Scientific committee

    Hanyong Choi

    SKKU

     

    Scientific committee

    H Aubin

    CNRS

     

    Scientific committee

    H Ohldag

    Standford

     

    Scientific committee

     

    Invited Speakers

    Name

    Affiliation

    E-mail

    A. J. Leggett

    The University of Illinois at Urbana-Champaign

    aleggett@illinois.edu

    Phillip Ki

    m

    Harvard University

    philipkim@g.harvard.edu

    C. W. Chu

    U. of Houston

     

    Z. Fisk

    UC davis

     

    T. W. Noh

    IBS

     

    M. Farle

     

     

     

    Sponsored

     

    KIAS, registration, DAAD, IUPAC, APCTP


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