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Robots learn to use their whole bodies to grasp and carry — but real-world use still has limitsResearchers put a lightweight language model onboard drones to make them ‘human-aware’ in simulationNew AI-based planner helps robots pick better camera views for spacecraft inspection by learning when images actually contain useful lightNew robot model uses large-scale human touch data to boost dexterous manipulation — with caveatsRobots might learn better if we teach them to predict the right things — not just actionsBio‑inspired, low‑power navigation for tiny drones: neuromorphic vision and spiking networks show promise“Dream to Remember” offers a cautious path for continual robot learning using imagined rehearsalLightweight module gives diffusion-based trajectory models fast, control-ready uncertainty estimates — with caveatsNew statistical tweak helps simple robot policies catch up with more complex generative methods — in some settingsNew off‑policy method speeds up robot learning by combining flow policies with filtered Q‑gradientsRobots learn to use their whole bodies to grasp and carry — but real-world use still has limitsResearchers put a lightweight language model onboard drones to make them ‘human-aware’ in simulationNew AI-based planner helps robots pick better camera views for spacecraft inspection by learning when images actually contain useful lightNew robot model uses large-scale human touch data to boost dexterous manipulation — with caveatsRobots might learn better if we teach them to predict the right things — not just actionsBio‑inspired, low‑power navigation for tiny drones: neuromorphic vision and spiking networks show promise“Dream to Remember” offers a cautious path for continual robot learning using imagined rehearsalLightweight module gives diffusion-based trajectory models fast, control-ready uncertainty estimates — with caveatsNew statistical tweak helps simple robot policies catch up with more complex generative methods — in some settingsNew off‑policy method speeds up robot learning by combining flow policies with filtered Q‑gradients

Today's Briefing

Sunday, October 18, 2026
AllArtificial IntelligenceMachine LearningNatural Language ProcessingComputer VisionRoboticsCryptographyPhysicsMathematics
Artificial IntelligenceFeatured briefing

Robots learn to use their whole bodies to grasp and carry — but real-world use still has limits

Robots that handle objects today tend to rely on their hands or simple end-effectors. Humans, by contrast, routinely press, brace and slide

October 18, 2026EN2 min read
Read full article

Latest Research

Robotics
October 18, 2026

Researchers put a lightweight language model onboard drones to make them ‘human-aware’ in simulation

A team of researchers reports a modular system that uses vision and a small onboard language model to give unmanned aerial vehicles (UAVs) c

EN
2 min read
Robotics
October 18, 2026

New AI-based planner helps robots pick better camera views for spacecraft inspection by learning when images actually contain useful light

Spacecraft inspection — the work of photographing and identifying parts of a satellite or space station from a nearby servicer or inspection

EN
2 min read
Robotics
October 18, 2026

New robot model uses large-scale human touch data to boost dexterous manipulation — with caveats

A team of researchers has released a preprint describing Spark-0, a new approach that aims to make robots better at contact-rich, dexterous

EN
2 min read
Robotics
October 17, 2026

Robots might learn better if we teach them to predict the right things — not just actions

Robots that learn from video and language typically train to predict the next action and use that as the main supervision signal. A new pape

EN
2 min read
Robotics
October 17, 2026

Bio‑inspired, low‑power navigation for tiny drones: neuromorphic vision and spiking networks show promise

Engineers have long admired how animals navigate cluttered environments using tiny, energy‑sipping brains. A new study on arXiv takes a step

EN
2 min read
Machine Learning
October 13, 2026

“Dream to Remember” offers a cautious path for continual robot learning using imagined rehearsal

Roboticists have long hoped for generalist policies—single controllers that can perform many different tasks—because they promise to shortcu

EN
2 min read
Robotics
October 10, 2026

Lightweight module gives diffusion-based trajectory models fast, control-ready uncertainty estimates — with caveats

Robots and autonomous systems increasingly rely on learned models that predict how people and other agents will move. Modern diffusion-based

EN
2 min read
Robotics
October 10, 2026

New statistical tweak helps simple robot policies catch up with more complex generative methods — in some settings

Robots that learn from watching humans or other robots often rely on machine-learning policies to turn sensory inputs into actions. In recen

EN
2 min read
Machine Learning
October 8, 2026

New off‑policy method speeds up robot learning by combining flow policies with filtered Q‑gradients

A new preprint on arXiv (arXiv:2610.08789v1) describes an algorithm called QF3 — “Fast Flow RL with Filtered Q‑Gradients” — that aims to mak

EN
2 min read
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