Databases Evolved: How AI is Rewriting the Rules of Performance
A new approach to artificial intelligence is driving significant gains in database optimization by simultaneously developing both solutions and the methods used to evaluate them.
Science
Hand Signals for Robots: A New Era of Intuitive Control
Researchers have developed a gesture-based interface that allows users to seamlessly select objects for robotic manipulation, paving the way for more natural human-robot collaboration.
Inside the Mind of an AI Assistant: A Forensic Deep Dive
A new study unlocks the investigative challenges of agentic AI by meticulously analyzing the inner workings of the OpenClaw personal assistant.
Beyond Coding: Teaching Robots with Words and Gestures
A new approach empowers users to program robots using natural language and intuitive interactions, unlocking automation for those without specialized robotics expertise.
The Algorithmic Blueprint of Mathematics
A new framework seeks to formalize the very structure of mathematics, opening pathways for AI to independently explore and expand mathematical knowledge.
From Scribble to Service: Teaching Robots with Intuitive Sketches
Researchers have developed a new system that allows users to instruct domestic robots with simple, free-form sketches, bridging the gap between human intention and robotic action.
The Rise of Self-Improving Causal AI
![Through iterative refinement guided by benchmark performance, a zero-shot program evolves into a robust causal estimator, demonstrating an ability to not only surpass initial generation but also achieve competitive results against human-engineered solutions, as evidenced by improvements in both root mean squared error [latex]RMSE[/latex] and empirical 90% interval coverage.](https://arxiv.org/html/2604.04274v1/x1.png)
A new framework, InferenceEvolve, uses the power of artificial intelligence to automatically discover and refine methods for determining cause and effect.
Beyond Acceptance: Designing Healthcare Robots People Truly Understand
A new framework explores how ongoing human involvement is critical to shaping perceptions and fostering successful coexistence with robots in healthcare settings.
Let the Data Speak: An AI Agent for Autonomous Scientific Visualization
Researchers have developed an artificial intelligence capable of independently analyzing complex datasets and generating insightful visualizations without human guidance.
Reading the Robot’s Mind: How Can Machines Signal Their Intent?
New research explores how different communication methods – from gestures to lights and sounds – help humans understand and predict the actions of robots sharing our spaces.