Day 5 of Build in Public & the Rear Casing for my Jet 🛩️ Engine is finally done! ✨🚀🛰️🌊☄️ @Siemens Solid Edge
We build soft robots that actually deploy and conduct physics-informed ML research.
An open-source inverse PINN engine that takes governing equations and noisy sensor data, discovers unknown physical parameters in real time, and outputs physics-guaranteed dynamics models that drop straight into MPC, RL, and state-estimation pipelines.
A coordination platform built on Hierarchical Federated Multi-Agent RL with PINN integration. It enforces physical limits with embedded electrochemical and thermal models, estimates hidden asset health through inverse physics, and preserves data privacy — augmenting existing VPP infrastructure rather than replacing it.
A purely tactile world model for soft-robotic manipulation in fluids — no cameras, no gel sensors. Perception comes from distributed strain along a tendon-driven Cosserat rod manipulator, where the deforming body itself is the sensor. A PINN embedding the rod equations and slender-body hydrodynamics generates dense synthetic tactile fields, so the model can plan through predicted touch where vision fails.
SolidWorks or Solid Edge, but for soft robotics.
Sensor fusion that answers to the governing equations, not a hand-tuned filter.
Soft robots for the household, built to read affect rather than only commands — responding to how something is asked, not just what was said. Alongside it, EEG research into a direct neural channel between wearer and robot: telepathy in the literal sense, intent carried without speech or gesture.
Follow the research, ship a PR, or just argue about loss functions in the community.
New papers, releases, and milestones. No noise.
Day 5 of Build in Public & the Rear Casing for my Jet 🛩️ Engine is finally done! ✨🚀🛰️🌊☄️ @Siemens Solid Edge
First Building Block of my soon to-be Robot has arrived 🪸
NVIDIA launched Cosmos 3: world models as infrastructure for physical AI 🌊 But it's vision-first. Warehouses, roads, tabletops. What about where cameras fail? Underwater. Inside the body. Soft robots handling fish, threading vessels, gripping subsea equipment 🐙
Biomimetic robotics is the future >>>