The paper introduces SCCM, a combined scanning probe technique, and applies it to bilayer and marginally twisted double bilayer graphene to map quantum Hall isospin ferromagnetic states, their re-emergence, and a many-body Landau level spectrum that supports a comprehensive phase diagram.
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Simultaneous nanoscale imaging of local conductivity and chemical potential in a quantum Hall isospin ferromagnet
The paper introduces SCCM, a combined scanning probe technique, and applies it to bilayer and marginally twisted double bilayer graphene to map quantum Hall isospin ferromagnetic states, their re-emergence, and a many-body Landau level spectrum that supports a comprehensive phase diagram.