A research team examined whether an AI-based diagnostic system could improve diagnostic quality. However, they were left surprised as the system that was tested showed no measurable advantage over conventional diagnostic processes.

Sticking to an exercise routine is a challenge many people face. But a University of Mississippi research team is using machine learning to uncover what keeps individuals committed to their workouts.

Researchers have developed an AI-powered workflow that slashes the time and resources needed to discover high-performance materials for perovskite solar cells. With just 150 experiments, they achieved efficiency gains that would typically require hundreds of thousands of tests — opening new doors for sustainable energy innovation.

The National University of Singapore has recently inaugurated two new buildings – Sea Building and Sea Connect to advance the rapidly evolving fields in computing such as AI and data science. The University was able to establish these two structures thanks to the 50 million Singapore dollars it received from Sea Ltd.

As AI and robots become smarter and more integrated into daily life, they raise profound questions about ethics, law, and society. The Cambridge Handbook of the Law, Policy, and Regulation for Human-Robot Interaction dives into these challenges, offering global insights on privacy, trust, and the future of human-robot coexistence.

Columbia Engineering researchers have developed a method for robots to gain kinematic self-awareness — learning about their own bodies and movements simply by watching themselves on camera. This allows robots to adapt to damage, refine their actions, and operate without constant human intervention.

Healthcare leaders Iqvia, Illumina and Mayo Clinic, as well as Arc Institute, are using the latest Nvidia technologies to develop solutions that will help advance human health.

Biolizard has recently launched the Bio|Verse navigator for easy exploration of complex biomedical data. The application combines advanced Biolizard’s bioinformatics expertise in handling various customer datasets with powerful visual analytics, capable of exploring insights from millions of data points within a single dashboard environment.

Can quantum computing drive sustainable chemistry? Dr. Werner Dobrautz’s qHPC-Green project combines quantum and high-performance computing to revolutionize catalyst design—potentially transforming green energy and industrial processes.

A new method combining AI-based software and gradient descent optimization enables the design of large, customized proteins with precise functions. This breakthrough allows scientists to create proteins tailored for therapies, diagnostics, and other applications, marking a significant step forward in biomolecular engineering.