Groundbreaking research reveals how combining connectome data with strategic neural recordings can predict brain activity patterns. This approach overcomes fundamental degeneracy problems in neural network modeling and could revolutionize brain simulation technologies.
A novel 3D helical metamaterial demonstrates exceptional zero Poisson’s ratio characteristics while maintaining dimensional stability under large strains. The breakthrough design shows promise for applications in shape-morphing structures and smart actuators, according to recent research findings.
Researchers have developed an innovative three-dimensional helical metamaterial that maintains zero Poisson’s ratio (ZPR) characteristics even under substantial strain conditions, according to recent reports in Communications Materials. The breakthrough design reportedly overcomes limitations of previous metamaterials by combining the compliance and ZPR properties of Fish Cells with improved geometric configuration using optimized helical structures.
Breakthrough in Nonlinear Wave Theory Recent research has unveiled unprecedented exact traveling wave solutions for the (3+1)-dimensional shallow water wave…
