A spectrum of exfoliable 1D van der Waals materials and their electronic properties

ORAL

Abstract

Data-mining efforts suggest there are hundreds of bulk materials with the potential to be exfoliated into one-dimensional (1D) structures. We combine data-mining with DFT calculations to elucidate the properties of 1D wires. We identify several materials that have the potential to be more readily exfoliable than the commonly studied 1D-like materials tellurium and selenium and examine the bulk and single-wire electronic characteristics. While layered materials have received significant attention, their 1D van der Waals counterparts have received relatively small amounts, yet are likely to have many of the same qualities that make layered materials of interest for a number of applications.

*This work was supported by NSF Grant DMREF-1174625

Presenters

  • Yanbing Zhu

    • Stanford University

Authors

  • Yanbing Zhu

    • Stanford University
  • Daniel A Rehn

    • Los Alamos National Laboratory
  • Evan Antoniuk

    • Stanford University
    • Chemistry, Stanford University
  • Gowoon Cheon

    • Stanford University
    • Applied Physics, Stanford University
  • Rodrigo Moura Freitas

    • Stanford University
  • Aditi Krishnapriyan

    • Stanford University
  • Evan J. Reed

    • Stanford University
    • Materials Science and Engineering, Stanford University