Monopole & Spinor Superconductivity

Research on unconventional superconducting orders in doped Weyl and topological materials, including monopole superconductivity, spinor pairing order enforced by Berry phase, and phase-sensitive probes such as Josephson effects and flux trapping. Representative works include Li–Haldane topological nodal Cooper pairing in doped Weyl metals, monopole charge density wave states, phase-sensitive probes of monopole superconducting order, and recent 2026 results on spinor pairing and anisotropic Josephson coupling.