AI Designs AI: A System That Discovers Better Algorithms

Researchers have created an automated framework where artificial intelligence agents independently evolve and refine algorithms for improving language model performance.

Researchers have created an automated framework where artificial intelligence agents independently evolve and refine algorithms for improving language model performance.
A new control system leverages the principles of quadrature oscillation to enable coordinated, electronics-free locomotion in origami-inspired robots.

A new approach to robot navigation uses biologically inspired vision to allow robots to react instantly to changes in their environment.

A new look at Robot-Mediated Applied Drama reveals that compelling experiences hinge on crafting a cohesive blend of robotic performance, environmental design, and skillful facilitation.
![The system architecture positions a persistent world model [latex]\mathcal{W}[/latex] as a central hub for agent teams, facilitating both collaborative knowledge building and self-correction through a consensus mechanism-detailed in Eq.4-and a review-triggered feedback loop governed by Eq.7, thereby embodying a dynamic and adaptive process of refinement rather than static execution.](https://arxiv.org/html/2603.24402v1/figures/pipeline.png)
Researchers have developed a new AI framework capable of autonomously formulating research questions, designing experiments, and interpreting results – potentially ushering in an era of curiosity-driven AI discovery.

A new approach combines the speed of simulation with the realism of emulation, powered by AI coding agents, to unlock more flexible and performant network experimentation.

New research highlights how combining human insight with artificial intelligence can dramatically improve the detection of sophisticated social bots designed to manipulate online conversations.

As multi-robot systems become increasingly complex, a clear understanding of collaborative behaviors-distinct from simple cooperation or coordination-is crucial for successful deployment.

A new analysis of over 177,000 AI agent tools reveals a rapidly growing ‘action space’ and raises critical questions about the future of autonomous systems.

As people increasingly turn to conversational AI for emotional support, researchers are grappling with the ethical implications of forging bonds with machines.