Identifies a class of compensated antiferromagnets in which antiparallel spins occupy symmetry-inequivalent sites related by a mirror operation — enabling a magnetoelectric …
Perspective unifying the *apparent* vs. *hidden* dichotomy across the Rashba effect, ferroelectricity, and the new families of non-relativistic spin-split antiferromagnets — a …
Extends hidden spin polarisation to layered Ruddlesden–Popper oxides: non-relativistic spin splittings exist locally on each perovskite layer but cancel globally when there is an …
Establishes MnSiN₂ and MnGeN₂ as aristotypes of a new multiferroic wurtzite family — simultaneously ferroelectric and G-type antiferromagnetic at room temperature — opening a route …
Anion-displacement correlation as a chemical route to tune non-relativistic spin splitting in rutile antiferromagnets — invited contribution to the altermagnetic & related …
A complete symmetry-based prototype catalogue for non-relativistic spin splitting in antiferromagnets — the structural backbone for high-throughput discovery.
Strong Cr–N covalency stabilises low-spin S = ½ Cr³⁺ in Ca₃CrN₃, producing quasi-1D spin chains with a very large nearest-neighbour antiferromagnetic exchange J = 340 K and no …
Identifies a new symmetry-protected non-relativistic spin splitting that survives at the Brillouin-zone centre — extending the spin-splitting classification scheme. Editors' …
Shows how to convert germanium into a *direct-bandgap* emitter through strain-doping — an industry-relevant route to silicon-compatible on-chip light sources. Patent filed (US …
Establishes the *non-interconvertible spin motif pair* symmetry criterion as the operational definition for these candidates — a rule that can be evaluated by inspection or by …
Generalises hidden spin polarisation — previously known for non-magnetic systems — to antiferromagnetic crystals, opening a route to use compensated magnets as platforms for …
Shows that non-magnetic ligand chemistry — not just the transition-metal sub-lattice — controls the magnitude of the non-relativistic spin splitting, giving a chemical knob for …
Classification of spin textures across the Brillouin zone as a function of little-group symmetries.
First materials database screen for SOC-independent spin splitting in collinear and noncollinear antiferromagnets.
Foundational paper establishing the symmetry conditions for a non-relativistic, momentum-dependent spin splitting in antiferromagnets. Editors' Suggestion, *Featured in Physics*, …
Establishes that *centrosymmetric* crystals can host a hidden Rashba-type spin polarisation on individual sectors of the unit cell — and shows how to tailor it by electric field.
Unifies the direct- vs. indirect-bandgap character of conventional semiconductors under a single tight-binding like framework — the basis for the later strain-doping prescription …