3D cellular packings can be trained to realize prescribed stress patterns by updating cell shape indices with a contrastive learning algorithm in a vertex model.
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Multi-field sequences in the zero-temperature Ising model produce return-point memory to exact microstates, with commutative and noncommutative operation classes.
citing papers explorer
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Training cell stress patterns in 3D cellular packings
3D cellular packings can be trained to realize prescribed stress patterns by updating cell shape indices with a contrastive learning algorithm in a vertex model.
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Multi-field Return Point Memory
Multi-field sequences in the zero-temperature Ising model produce return-point memory to exact microstates, with commutative and noncommutative operation classes.