University College London
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Data underlying supplementary figure S1 in the paper 'Topological states in honeycomb arrays of implanted acceptors in semiconductors'

posted on 2023-02-23, 10:09 authored by Andrew FisherAndrew Fisher

Data files with names of the form wavefunc[n]gamma[m][k].dat correspond to different states of an isolated acceptor (labelled by fermionic irreducible representations Gamma_m of the O_h point group, where m is 6+, 8+, or 8-).  The index n distinguishes different manifolds corresponding to the same representation (with n=1 corresponding to the highest-lying state which is occupied first) while the index k distinguishes different states within each manifold and runs from 1 to 2 (for the two-dimensional Gamma_6+ representation) or 1 to 4 (for the four-dimensional Gamma_8+ and Gamma_8-  representations).  Each data row gives the real and imaginary parts of the corresponding spatial wavefunction on a three-dimensional array of points used to construct the figures.  The list of coordinates of these points (relative to an origin at the acceptor site) is given in the file wavefunclocation.dat (in scaled atomic length units).


Atomically Deterministic Doping and Readout For Semiconductor Solotronics (ADDRFSS)

Engineering and Physical Sciences Research Council

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