Catalysis: An Integrated Approach To Homogeneou... May 2026

Learning from the high efficiency of enzymes to create synthetic catalysts that operate under mild conditions (low temperature/pressure) while maintaining extreme specificity.

Bringing the high selectivity of homogeneous catalysts (like organometallic complexes) to the durability and recyclability of heterogeneous supports (like zeolites or silica). Catalysis: An Integrated Approach to Homogeneou...

Designing systems where two different types of catalytic sites work in tandem—for example, a metal site for hydrogenation and an acid site for dehydration—to complete complex multi-step reactions in a single "one-pot" process. Learning from the high efficiency of enzymes to

Using AI and quantum chemistry to predict how a catalyst will behave across different phases, allowing researchers to "digitally twin" a reaction before ever hitting the lab. Catalysis: An Integrated Approach to Homogeneou...