Topological engineering of chiral anomalies in Janus nanoribbons
Saroka, Vasil;Demin, Victor;Pizzochero, Michele
Description
This repository contains Source Data for a manuscript, where we demonstrate the equivalence of graph theory and topological band theory approaches to the flat band engineering and shed the light on the tunable chiral anomalies in graphene nanoribbons.These data are in the form of1) a Mathematica notebook (.nb) together with its outputs such as figures, animations, text files and vector graphics elements.2) a WLJS notebook (.wln), which provides a free license access to the Wolfram Mathematica code (see Installation Guide | WLJS Notebook)3) raw outputs of SIESTA density functional theory modeling
Citations (0)
No citations found
It looks like this dataset has no citations.
Mentions (0)
No mentions found
It looks like this dataset has not been mentioned in any sources.
Metrics Over Time
Publication Details
Subfield
Atomic and Molecular Physics, and Optics
Field
Physics and Astronomy
Domain
Physical Sciences
Confidence Score
57%
Source
Scholar Data Model
Keywords
TopologyGraph theoryNano-materialsDensity Functional TheoryGrapheneChemistry, OrganicCondensed matter physicsgraphene nanoribbonschiral anomaly