Seeing is Controlling: AR Interface Boosts Soft Robot Teleoperation
A new augmented reality system enables intuitive control of soft robots, offering a significant step forward in remote manipulation.
Science
AI Agents Rediscover Mathematical Concepts
A new multi-agent system demonstrates how artificial intelligence can independently arrive at fundamental mathematical ideas through a process mirroring human discovery.
AI and Robotics: Beyond the Hype Cycle
A new analysis of global patenting activity reveals diverging technological paths and the crucial role of national innovation systems in fostering integration between artificial intelligence and robotics.
AI Cracks a Cosmic Puzzle
![The analytical solution for the integral [latex]I(N,\alpha)[/latex] closely matches values obtained through direct numerical integration across a range of parameters <i>N</i> and α, confirming the validity of the derivation and demonstrating consistent accuracy among the tested methods.](https://arxiv.org/html/2603.04735v1/2603.04735v1/comparison_exact_numerical.png)
A new artificial intelligence system has successfully derived a key equation for understanding gravitational waves from cosmic strings, opening doors for faster discovery in theoretical physics.
Beyond Repetition: Reimagining Robotic Rehabilitation
A new review challenges conventional uses of collaborative robots in physical therapy, advocating for their integration across the entire rehabilitation process.
Decoding the Law with AI: A History of Interpretation
This review traces the development of artificial intelligence in legal reasoning, from rule-based systems to the complex capabilities of modern large language models.
Giving Robots a Mind of Their Own
![MistyPilot orchestrates automated task completion through a dual-agent system-a physically interactive component managing tools and sensors, and a socially intelligent component tracking task status and employing both rapid recall ([latex]Fast\,Thinking[/latex]) and deliberate scripting ([latex]Slow\,Thinking[/latex]) to align responses with nuanced emotional expression delivered through movement and speech.](https://arxiv.org/html/2603.03640v1/2603.03640v1/Figures/overview8.png)
Researchers have developed a new framework allowing social robots to understand complex commands and react with more natural, emotionally aware interactions.
The Automation of AI Discovery
A new analysis details the growing trend of automated AI research and development, and the urgent need to measure its impact.
Robots That Understand You: Adapting Skills with Natural Language
New research demonstrates how robots can dynamically adjust their movements based on spoken commands, bridging the gap between human intention and robotic action.
The Hive Mind Takes Shape: Patterns in AI Agent Societies
A new study reveals how large groups of autonomous AI agents self-organize, displaying emergent roles and communication patterns, though complex collaboration remains a challenge.