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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Experimental evidence establishes LaMnSi as a parity-violating antiferromagnetic metal via ARPES band mapping and domain-sensitive SHG signals.
TbPt6Al3 shows a linear piezomagnetic effect with Q11 = 9.1 × 10^{-3} μ_B/(f.u. MPa) at 2 K, more than two orders of magnitude larger than prior altermagnets, attributed to strong 4f spin-orbit coupling in Tb^{3+}.
citing papers explorer
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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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Realization of a parity-violating antiferromagnetic state in LaMnSi
Experimental evidence establishes LaMnSi as a parity-violating antiferromagnetic metal via ARPES band mapping and domain-sensitive SHG signals.
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Piezomagnetic effect of a rare-earth-based altermagnet TbPt6Al3
TbPt6Al3 shows a linear piezomagnetic effect with Q11 = 9.1 × 10^{-3} μ_B/(f.u. MPa) at 2 K, more than two orders of magnitude larger than prior altermagnets, attributed to strong 4f spin-orbit coupling in Tb^{3+}.