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.

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.

Researchers have demonstrated single-shot tensor computing at the speed of light — a remarkable step towards next-generation Artificial General Intelligence hardware powered by optical computation rather than electronics.

Merck has partnered with Lenovo and Equinix to successfully launch a high-performance computer in Munich, Germany. The computer is capable of accelerating research across diverse sectors such as life science, healthcare and electronics.

Under a MOU signed between Kaust and International Medical Center, both the parties will work together to strengthen their cooperation in scientific research related to wellness, quality of life, and population health management.

A new study using AI and satellite radar data shows that strongly protected marine areas are largely free from industrial fishing. The findings suggest that no-take zones are more effective than previously thought, offering a promising tool for ocean conservation and supporting global biodiversity targets.

Scientists have developed a new AI tool – iseg which has the capacity to not only match doctors in accurately outlining lung tumors on CT scans but can also identify areas that some doctors may miss.

An AI model developed by Johns Hopkins University outperforms doctors in predicting sudden cardiac death in patients with hypertrophic cardiomyopathy. By analysing heart MRIs and medical records, the system identifies high-risk individuals with up to 93 % accuracy.

Biophysicists have developed a new AI tool which has the capacity to identify gene combinations underlying complex illnesses like diabetes, cancer and asthma.

Kaust has entered into three strategic MOUs with leading Italian academic and industrial institutions, as well as a new joint scholarship program. These collaborations prove beneficial for international partnerships that support the Kingdom’s scientific and economic transformation.