Exploring cutting-edge advances in surface science that are revolutionizing catalytic processes for pharmaceuticals, energy, and sustainability.
Explore the fascinating world of heterogeneous catalysis and how chemical reactions on solid surfaces power modern technology and industry.
Explore how modern heterogeneous oxidation catalysts are designed, how they work at molecular level, and how scientists characterize their properties for a sustainable future.
Explore how catalysis and the journal Advanced Synthesis & Catalysis are accelerating chemical discovery, enabling greener synthesis, and building a better world through precision molecular engineering.
Explore how catalytic technologies are revolutionizing sustainable chemistry, from shape-shifting catalysts to light-powered systems that address environmental challenges.
Exploring the synergy between homogeneous and heterogeneous catalysis, including key experiments, research tools, and future applications in chemical transformation.
Exploring how Pd-Ti heterobimetallic catalysts overcome challenges in synthesizing sterically hindered amines through cooperative mechanisms.
Exploring how molecular and macroscopic catalysis now intertwine in an elegant electrochemical waltz, rewriting chemistry's rulebook
From ancient alchemy to modern nanotechnology, explore how catalysts silently power 90% of industrial chemistry and shape our material world.
Exploring breakthroughs in catalytic synthesis of organic sulfur compounds and their transformative applications in medicine and agriculture.