Static homogeneous strain generates symmetry-allowed conjugate fields for ferroaxial order, verified by DFT in Na2BaMg(PO4)2 showing cubic strain scaling and sin6θ angular dependence.
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Helicity-resolved Raman spectroscopy on CoSi demonstrates that ROA and phonon frequency splitting originate from angular-momentum inequivalence in axial multipolar symmetry and structural chirality channels respectively, reproduced by first-principles calculations.
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Piezoaxial coupling for strain-selected ferroaxial domain control
Static homogeneous strain generates symmetry-allowed conjugate fields for ferroaxial order, verified by DFT in Na2BaMg(PO4)2 showing cubic strain scaling and sin6θ angular dependence.
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Circular Raman responses from angular-momentum inequivalence in CoSi
Helicity-resolved Raman spectroscopy on CoSi demonstrates that ROA and phonon frequency splitting originate from angular-momentum inequivalence in axial multipolar symmetry and structural chirality channels respectively, reproduced by first-principles calculations.