Science

A new wave of artificial intelligence is poised to reshape scientific discovery, moving beyond analysis to genuine investigation and experimentation.

Researchers have developed a novel system that uses artificial intelligence to automatically generate promising new directions for networking research.

Generative artificial intelligence is rapidly transforming protein research, enabling the design of novel structures and functions with unprecedented control.

Researchers have developed a new approach to controlling humanoid robots that combines optimized human motion data with reinforcement learning, resulting in more natural and robust running gaits.

A new review examines the potential of artificial intelligence to overcome critical hurdles and accelerate the development of viable fusion energy.

A new co-design framework dynamically evolves diverse robot swarms, enabling efficient task completion even with cost limitations.

As artificial intelligence increasingly permeates mathematical inquiry, this review examines the evolving interplay between human cognition and algorithmic processes.

New research demonstrates that combining adaptive learning with generative AI significantly boosts programming skills, offering a more effective path to mastering code.

New research suggests a standardized approach to prompt engineering, using the ‘5W3H’ framework, can deliver comparable results to manually crafted prompts across different languages and AI models.

Researchers have developed a system that uses artificial intelligence to reliably automate complex data analysis and visualization workflows, particularly in the emerging field of topological data analysis.