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| 3D flagellum shapes (1) | active materials (1) | active soft matter (1) |
| barrel cortex (2) | behavioral studies (1) | Bifurcation (1) |
| Bio-inspired structures (1) | bio-mimetic micro-robots (1) | bioinspired robots (1) |
| breathing-like deformations (1) | bristle-robots (1) | brittle layer (1) |
| cell migration (3) | cell motility (3) | coding (1) |
| cohesive zone (1) | Cosserat rod models (1) | crack propagation (1) |
| crack resistance curves (1) | crawling motility (7) | directional interactions (1) |
| directional surfaces (3) | drug delivery (1) | Dye (1) |
| dye-enhanced visualization (1) | Elastic bilayer (1) | Euglena gracilis (1) |
| Euglenids (1) | Euglenoid pellicle (1) | flagellar motility (1) |
| Fluorescence (1) | fracture (2) | frictional interactions (2) |
| head tracking (1) | Helical bundles (1) | helical trajectories (1) |
| hydraulic fracture (2) | hydrogel (1) | large strain (1) |
| limbless locomotion (2) | liquid crystal elastomers (1) | material surface (1) |
| membrane (1) | micro-motility (1) | microscopy imaging (1) |
| microswimmers (3) | Morphing structures (1) | motility on a solid substrate (2) |
| motion planning (1) | multi-layered composites (1) | multiple-cracking (2) |
| non-Euclidean plates (1) | particulate solids (1) | plates (1) |
| polymer gel (3) | Pre-stretch (1) | rat whiskers (1) |
| Reconfigurable structures (1) | scallop theorem (1) | self-propulsion (4) |
| Shape programming (1) | snake locomotion (1) | snout tracking (1) |
| soft biomimetic robots (3) | soft robotics (1) | spreading (1) |
| stick/slip (1) | stroke kinematics (1) | swelling (3) |
| Tactile perception (1) | texture classification task (1) | touch (1) |
| toughening (3) | toughening mechanisms (1) | Tracking (1) |
| undulatory locomotion (1) | vibrissae (1) | Whisker (1) |
| whisker tracking (1) | whisking (1) | |
Scuola Internazionale Superiore di Studi Avanzati