Quantum Magnetism

In this initiative, I work on model quantum magnets where reduced dimensionality, frustration and anisotropic exchange produce large quantum fluctuations. Using elastic and inelastic neutron scattering together with numerical modelling, we search for proximate spin-liquid regimes, multipolar orders and excitation continua that go beyond simple magnon pictures.

The aim is to identify chemically accessible platforms where entangled ground states and robust collective modes coexist, providing realistic opportunities to couple quantum spin degrees of freedom to spintronic or quantum-information architectures.

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