Oliver Skarsetz
@skarsetz.bsky.social
PhD in Walther Group at University of Mainz
Soft Robotic Engines and Reprogrammable Metamaterials for Life-Like Materials on the Macro- and Microscale
Soft Robotic Engines and Reprogrammable Metamaterials for Life-Like Materials on the Macro- and Microscale
Reposted by Oliver Skarsetz
Epic #Preprint 🚨: "Soft Robotic Engines with Non-Reciprocal Motion by Physical Intelligence".
Background: Motion, motility, and accumulating work requires non-reciprocal movement-like in cilia or bacteria flagella. Breaking time reversal symmetry is one of the hardest aspects in #softrobotics.
Background: Motion, motility, and accumulating work requires non-reciprocal movement-like in cilia or bacteria flagella. Breaking time reversal symmetry is one of the hardest aspects in #softrobotics.
March 29, 2025 at 6:10 AM
Epic #Preprint 🚨: "Soft Robotic Engines with Non-Reciprocal Motion by Physical Intelligence".
Background: Motion, motility, and accumulating work requires non-reciprocal movement-like in cilia or bacteria flagella. Breaking time reversal symmetry is one of the hardest aspects in #softrobotics.
Background: Motion, motility, and accumulating work requires non-reciprocal movement-like in cilia or bacteria flagella. Breaking time reversal symmetry is one of the hardest aspects in #softrobotics.