Can 3D-printed devices gain customizable magnetic functionality? Laser activation and magnetic liquid metal infiltration enable patterned conductive traces for #SoftRobotics, wearable sensing, and responsive electronics.
@intjextremmanuf.bsky.social
@intjextremmanuf.bsky.socialCan 3D-printed devices gain customizable magnetic functionality? Laser activation and magnetic liquid metal infiltration enable patterned conductive traces for #SoftRobotics, wearable sensing, and responsive electronics.
@robotcurrent.bsky.socialSoRoMoX is a Python/JAX framework for reduced-order soft-robot simulation, built on Cosserat-rod theory and accelerated with Warp GPU kernels for parallel continuum-model execution. It supports differentiable,β¦
#SoftRobotics #JAX #Robotics #GPUComputing
https://arxiv.org/abs/2608.06650
@securityonline.bsky.socialDiscover the extraordinary ETH Zurich robotic hand. Researchers successfully trained this detached mechanical hand to walk independently on its fingertips.
#RoboticHand #ETHZurich #SoftRobotics #TechNews #ArtificialIntelligence
@materchemfront.rsc.orgπ Review article by Yuanyuan Cao, Lu Han π¦π΅ π’π.
Advances on multi-stimuli-responsive liquid crystal elastomers
#LiquidCrystalElastomers #SoftRobotics #SmartMaterials #Actuators
@intjextremmanuf.bsky.socialLearn how DLP enables 3D printable #hydrogels with high anti-swelling stability & toughness.
This study details the #Fabrication of durable underwater dual-sensing soft grippers with ionic and piezoelectric sensing. #SoftRobotics
@engbiocdt.bsky.socialEarlier in the year, Cohort 1's Yige Chen attended the 9th IEEE International Conference on #SoftRobotics RoboSoft 2026 in Kanazawa, Japan.
Yige presented her research group's paper and poster on 3D-Printed Highly Entangled Hydrogels for Strong, Fast, and Fatigue-resistant Soft Hydraulic Actuators.