Science

Researchers have developed a novel method to detect tables fabricated by artificial intelligence, addressing a growing threat to scientific integrity.

New research demonstrates how carefully crafted prompts in generative AI can move beyond simple answers and actively encourage users to critically examine complex problems.

A new analysis reveals a growing presence of AI-authored text within open-access medical literature, raising questions about originality and transparency.

Researchers have demonstrated a novel approach to controlling soft continuum robots by directly linking visual input to movement, enabling accurate, camera-free operation.

A new web platform is simplifying spectral analysis and visualization, empowering both researchers and students to extract insights from complex astronomical data.

Researchers have developed a new system that allows humanoid robots to mimic human movements, even with vastly different body structures, through the power of generative video synthesis.

Researchers are harnessing the power of large language models to automatically derive physically plausible equations that govern material behavior.

A new framework leverages graph neural networks to simultaneously optimize the physical structure and control systems of soft robots, leading to more adaptable and efficient designs.

New research proposes reframing artificial intelligence not as an emotional substitute, but as a tool to foster genuine understanding and connection in increasingly diverse societies.

New research details a legged robotic system designed to autonomously investigate and characterize the surface properties of alien worlds, paving the way for more effective planetary science.