This article traces the transformative journey of catalyst development from its origins in ancient alchemy to its pivotal role in modern drug development and clean energy.
Explore how AI and machine learning are accelerating CO2 electrolysis technology through membrane electrode assemblies for sustainable fuel production.
Explore advances in transition metal-catalyzed carbonylation reactions for α,β-unsaturated carbonyls, their applications, challenges, and opportunities.
Exploring how TVET-driven innovations are transforming sustainable mobility across Africa through frugal, context-appropriate solutions.
Exploring how the synergy of green energy, green finance, and digitalization is driving sustainable transformation in emerging economies worldwide.
Discover how distracted institutional investors are unexpectedly driving green innovation in Chinese companies through reduced short-term pressure and increased R&D freedom.
Explore how nanotechnology offers revolutionary solutions for environmental challenges from water purification to sustainable agriculture, while navigating potential risks.
Discover how ceria-modified perovskite electrodes are enhancing high-temperature steam electrolysis efficiency and durability for green hydrogen production.
Discover how rational design and novel mechanisms led to the breakthrough creation of stable extra-large pore zeolites, revolutionizing materials science.
Explore the latest developments in CRISPR technology in 2025, from clinical applications to personalized therapies and future directions in gene editing.