New Technology– category –

arXiv USA Overview AFCE (Action–Future Coupled Effect Learning) improves robot control by predicting physical "Effects" rather than just action sequences. On DexJoCo, it achieved a 50.97% overall success rate, outperforming $\pi_{0.5}$ a...

Hugging Face USA Overview GreenWAM serves as both a predictive world model and a control policy across 20 diverse robot families by using a shared anatomical action space. It achieves top-tier trajectory and 3D accuracy on WorldArena 1.0...

Karapaia / Niconico News USA Overview Researchers at MIT have developed a paper-thin underwater robot powered by genetically engineered mouse muscle cells and a specialized gelatin gel. The robot can navigate mazes via light-induced cont...

HERALD South Korea Overview Researchers from KAIST, Caltech, and NTU have developed BeetleBot, a soft robot that integrates artificial muscle locomotion, grasping, and bidirectional sensory feedback. Controlled via a finger-mounted senso...

arXiv Unknown Overview A new benchmark, "Radar2Plan," validates 4D radar's effectiveness in robust ego-trajectory planning for autonomous driving under adverse weather and low-light conditions. The study demonstrates that 4D radar alone ...

arXiv International Overview An arXiv paper introduces a dual-process approach for autonomous driving systems, achieving an 89% reduction in collisions during CARLA simulation tests. This framework combines intuitive learning-based neura...

CNET USA Overview UC San Diego's Center for the Future of Surgery conducted a first-of-its-kind procedure where an experienced surgeon teleoperated Unitree G1 humanoid robots to remove a gallbladder in a live pig, with a second surgery i...

Sina Finance China Overview Sina Finance reports that a research team at the Chinese Academy of Sciences' Institute of Automation has developed an AI-powered "Big Factory" R&D model, dramatically compressing humanoid robot developmen...

Economic Daily Taiwan Overview Taiwan's Industrial Technology Research Institute (ITRI) is developing domestic quadruped robots capable of operating in hazardous environments like fire scenes and underground tunnels. Supported by the Min...

EurekAlert! USA Overview A novel bioactive microrobot, HH-B-DM4-NT, shows promise for more effective non-muscle invasive bladder cancer treatment. This platform combines collagenase from Hatwaya histolytica, synthetic nanoparticles, the ...