Quantum phase coherent tunneling in a mixed-morphology superlattice heterostructure

  • Shao, Qing; 
  • Aygen, Can C.; 
  • Chen, Xianyu; 
  • Lee, Woongkyu; 
  • Chang, Robert P. H.; 
  • 외 2명
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초록

Multilayer phase coherence is demonstrated in a mixed-morphology superlattice heterostructure, generalizing the paradigm for superlattice miniband engineering. Thirty years since the original proposal by Tsu, a superlattice has been realized with alternating amorphous (a-MoO3) and polycrystalline (pc-In2O3) layers, whose high quality exhibits quantum phase coherence across multiple periods of amorphous barriers. Cross-plane phase coherence is quantified via weak localization signatures in magnetic field under the diffusive Fermi-surface model.

키워드

WEAK-LOCALIZATION; MAGNETORESISTANCE; CONDUCTIVITY; RESISTANCE; SYSTEMS; TIME
제목
Quantum phase coherent tunneling in a mixed-morphology superlattice heterostructure
저자
Shao, Qing; Aygen, Can C.; Chen, Xianyu; Lee, Woongkyu; Chang, Robert P. H.; Medvedeva, Julia E.; Grayson, Matthew A.
DOI
10.1103/2yzj-y22w
발행일
2025-11
유형
Article
저널명
Physical Review B
권
112
호
20