We investigate spin-and valley-symmetry-broken fractional quantum Hall phases within a
formalism that naturally extends the paradigm of quantum Hall ferromagnetism from integer …

As a consequence of the approximate spin-valley symmetry in graphene, the ground state of
electrons in graphene at charge neutrality is a particular SU (4) quantum Hall ferromagnet to …

Magnons enable the transfer of a magnetic moment or spin over macroscopic distances. In
quantum Hall ferromagnets, it has been predicted that spin and charge are entangled …

We report on the large-scale integration of graphene layers over a FePd perpendicular
magnetic anisotropy (PMA) platform, targeting further downscaling of spin circuits. An L1 0 …

The zeroth Landau level (0LL) in graphene has emerged as a flat band platform in which
distinct many-body phases can be explored with unprecedented control by simply tuning the …

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We propose a defect-to-edge topological quantum quench protocol that can efficiently inject
electric charge from defect-core states into a chiral edge current of an induced Chern …

Assume that we are working with a 2D free electron gas (FEG) which experiences an out of
plane, static, spatially uniform magnetic field. We allow the electrons to have internal …

Recent experiments involving tilted graphene samples in the quantum Hall regime have
shown strong evidence of a continuous phase transition in the ν= 0 bulk state. The origins of …