Over the past two decades, materials science has been quietly transforming the technological foundations of everyday life. While consumers notice faster phones and more capable computers, the deeper story unfolds at the scale of atoms. Scientists are learning how to isolate and control materials that are only a few atoms thick, revealing forms of matter whose behavior differs profoundly from their bulk counterparts. These so-called two-dimensional materials promise a new generation of electronics, sensors, and photonic devices. At the same time, they challenge long held assumptions about stability, reliability, and control at the smallest scales. Researchers such as Prof. Abdullah Alrasheed of the King Abdulaziz City for Science and Technology are helping to expand our knowledge and push the boundaries of what is possible in this sphere.

Hydrogen is often presented as one of the most promising tools we have for cutting carbon emissions, especially in parts of the economy where clean alternatives are limited. Heavy industry, long-distance transport, and chemical manufacturing all need large amounts of energy that cannot easily be supplied by batteries alone. Green hydrogen, produced using renewable electricity, could fill that gap. Governments are investing billions to make this happen, but there is a catch. The technology depends on rare materials that could become a bottleneck just as demand takes off. New research led by Jonathan Ruiz Esquius, and conducted by chemist Sara Riera, at the Carbon Science and Technology Institute in Spain, shows how smarter catalyst design could help remove that barrier.