Researchers have developed a new smartwatch that can continuously monitor blood pressure with clinical accuracy. The technology has the potential to revolutionize how cardiovascular health is managed.

What began as a failed control experiment has led to a potentially important advance in drug chemistry. Researchers at the University of Cambridge discovered a light-driven reaction that enables late-stage modification of complex drug molecules under mild conditions.

Shaheen III, an HPE-built system is now the most powerful supercomputer in the Middle East. The innovative technology will offer numerous benefits for the local population including advancing AI models for diagnosing rare diseases within the Saudi population, enhancing medical imaging and supporting autism spectrum disorder research.

A new study challenges decades-old assumptions about the physics of foams, revealing that bubbles continue to reorganize internally even as the material appears solid. Strikingly, the underlying mathematics mirrors how modern artificial intelligence systems learn.

A new AI-powered optimization framework promises a major step toward greener chemical manufacturing. By drastically reducing computational effort and enabling real-time optimization of steam cracking, researchers have opened new possibilities for low-carbon ethylene production.

Scientists have developed AI models that accurately identify children at high risk for sepsis within 48 hours. The technology can enable the kids to receive early preemptive care.

How does constant environmental change shape evolution? Using large-scale computer simulations that replay thousands of generations, researchers show that fluctuating conditions can either boost or hinder adaptation.

A large-scale study shows that AI-powered body composition scans can reveal hidden fat patterns and predict diabetes and heart disease risk with greater accuracy — opening the door to new tools for early prevention.

Researchers have revealed that low blood sugar can now be detected by speaking into a smartphone. They mention that recordings made with the microphone of a smartphone and analyzed using artificial intelligence could make diabetes management safer and easier in the future.

AI chatbots are proving more persuasive than humans — capable of nudging people toward life-changing decisions like going vegan or attending grad school. But as their influence grows, so do concerns about manipulation, mental health risks, and the urgent need for safeguards.