This research introduces musculoskeletal robots using programmable lattices, enhancing robotic flexibility and strength through innovative material design.| AZoRobotics
Explore how machine learning is transforming immunology—from epitope prediction to smarter vaccine design—plus key challenges and future directions.| AZoRobotics
With PhysicsGen, MIT researchers enhance robot learning by generating thousands of simulations from minimal human input, improving task accuracy by 60%.| AZoRobotics
The enhanced GKR tool from NASA leverages AI to optimize keyword tagging, addressing metadata challenges and facilitating easier access to scientific data.| AZoRobotics
How AI is changing scientific research—and why ethical, transparent governance matters more than ever.| AZoRobotics
The United Kingdom (UK) is positioning itself as an "AI superpower" with the launch of a new action plan for artificial intelligence (AI) regulation.| AZoRobotics
Regulation (EU) 2024/1689 aims to standardize AI practices in the EU, ensuring trustworthy development while fostering innovation in the robotics sector.| AZoRobotics
This self-supervised robotic system autonomously maps semiconductor properties, completing over 125 precise measurements per hour without human intervention.| AZoRobotics
At MIT's AI and Energy symposium, experts explored how AI can both challenge and transform the energy landscape towards greater efficiency and lower emissions.| AZoRobotics
A team of researchers from Imperial College London has harnessed the power of artificial intelligence (AI) to analyze medical scans for lung cancer assessment.| AZoRobotics
AI in India is huge—but what about regulations? Explore how the country is shaping its AI laws and what’s next.| AZoRobotics
AI accountability is crucial as technology advances. This article discusses liability frameworks and their role in managing AI-related harm and responsibility.| AZoRobotics
Explore the shifting AI regulatory landscape in the US and what it means for businesses.| AZoRobotics