GRACYASK: Graphs, Cycles, and Skyrmions in Discrete Trivial Fiber Bundles

Explore the fascinating world of topological structures in physics and materials science through this 13-minute HyperComplex Seminar talk. Delve into the study of field configurations in discrete trivial fiber bundles, starting from finite lattice systems and rewriting rules. Examine pseudo-particle structures like Skyrmions and Hopons in higher dimensions, inspired by concepts from nanomagnetism and the Toulouse-Kleman classification. Discover how these structures can potentially mimic biological processes, such as cell optimization around defects, similar to mollusk aragonite wrapping particles to form pearls. Gain insights into the theoretical framework that bridges the gap between complex physical systems and practical technological advancements, offering potential applications in both fundamental physics and materials engineering.

Sinuhe Perea, GRACYASK: GRAphs, CYcles, And SKyrmions