Fermiological interpretation for collective spin and charge orderings in underdoped La-based cuprates by ARPES

ORAL

Abstract

By using ARPES interpretation for the origin of the collective spin and charge orderings in underdoped La-based cuprate superconductors is carefully examined. A Fermi surface nesting wave vector is identified which closely matches the collective ordering wave vector observed by neutron scattering for doping around 1/8. The pseudogap state is found to be essential for the development of such nesting instability of the electronic system toward density wave formation. A systematic doping dependence study will be presented that allows further insights into this issue.

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Authors

  • Ruihua He

    Stanford University, Physics, Applied Physics, Stanford Univ. \& SSRL (Stanford)

  • Kiyohisa Tanaka

    Stanford \& ALS \& Physics, Osaka Univ.

  • Sung-Kwan Mo

    Advanced Light Source, LBNL, Stanford \& ALS

  • Hong Yao

    Stanford University, Stanford

  • Makoto Hashimoto

    Stanford \& ALS

  • Erez Berg

    Stanford

  • Takao Sasagawa

    Stanford \& Materials and Structures Lab, TIT, Tokyo Institute of Technology

  • Tadashi Adachi

    Applied Physics, Tohoku Univ.

  • Masaki Fujita

    Institute for Materials Research, Tohoku University, Institute of Materials Research, Tohoku Univ.

  • Teppei Yoshida

    Complexity Science and Engineering, Univ. of Tokyo

  • Norman Mannella

    University of Tennessee-Knoxville, Stanford \& ALS

  • Worawat Meevasana

    Stanford

  • Yoji Koike

    Applied Physics, Tohoku Univ.

  • Kazuyoshi Yamada

    World-Premier-International Research Center Initiative, Tohoku University, Institute of Materials Research, Tohoku Univ.

  • Atsushi Fujimori

    Complexity Science and Engineering, Univ. of Tokyo

  • Steve Kivelson

    Stanford University, Stanford

  • Zahid Hussain

    Advanced Light Source, LBNL, ALS

  • Zhi-xun Shen

    Stanford University, Stanford