Water just revealed a new secret: scientists have discovered Ice XXI, a never-before-seen crystalline phase that forms at room temperature under enormous pressure. The breakthrough sheds light on the hidden behavior of water deep inside icy planets and moons.

We all know how important oxygen is for us to breathe, but did you know that oxygen is also very important for life underwater? The presence of oxygen in water is called dissolved oxygen, or DO. Even though we can’t see it, dissolved oxygen is the invisible lifeline for fish, plants, and many tiny creatures living in rivers, lakes, and oceans.

An international research team led by Prof. Antonio Abate has achieved a major breakthrough in solar technology: by introducing a thin, Teflon-like molecular coating between key layers, they have made perovskite solar cells both highly efficient and exceptionally stable.

A new study from researchers in Seoul has uncovered how gut microbes may influence the development of coronary artery disease (CAD), the most common form of heart disease.

Engineers at the University of California San Diego have developed a new design approach for lithium-aluminum alloy electrodes that could dramatically boost the performance and lifespan of solid-state batteries.

Under a MOU signed between both the universities, Kaust and the University College London will work together towards student entrepreneurship and innovation, academic program development, and joint activity in bioengineering fields such as vaccine manufacturing.

In a new study, researchers have integrated data from all three types of genetic testing to create a 360-degree view of disease risk. Their approach identifies rare mutations, evaluates cumulative genetic influences and uncovers hidden patterns in the full genome.

Researchers have developed an iron-based catalyst that tames the reactivity of methane, paving the way for natural gas to become a sustainable raw material for high-value chemicals, including pharmaceuticals.

Because early Lyme disease often mimics other conditions and standard tests can miss initial infections, diagnosis is frequently delayed. A research team in New Hampshire now presents a molecular assay capable of identifying Borrelia burgdorferi with far greater precision, offering a promising path to faster treatment.

By using strain instead of chemical modification, researchers have unlocked stronger ferroelectric behavior in sodium niobate. The breakthrough may accelerate the development of lead-free materials for medical, electronic and sensing technologies.