A group-theoretic decomposition of STM data shows that certain symmetry-breaking order parameters are 'extinct' in the first Brillouin zone and can only be recovered from higher Brillouin zones or sub-unit-cell information.
Three-state nematicity and magneto-optical Kerr effect in the charge density waves in kagome superconductors,
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Group theory method for extracting order parameters from scanning tunneling microscopy data
A group-theoretic decomposition of STM data shows that certain symmetry-breaking order parameters are 'extinct' in the first Brillouin zone and can only be recovered from higher Brillouin zones or sub-unit-cell information.