Molecular dynamics simulations of lead-, bismuth-, and barium-based relaxor ferroelectrics reveal a universal dipolar nematic state, captured by a skewness-derived order parameter that collapses all three systems onto a single curve.
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Dipolar Nematic State in Relaxor Ferroelectrics
Molecular dynamics simulations of lead-, bismuth-, and barium-based relaxor ferroelectrics reveal a universal dipolar nematic state, captured by a skewness-derived order parameter that collapses all three systems onto a single curve.