Catalysis: An Integrated Approach To Homogeneou... -

Bringing the high selectivity of homogeneous catalysts (like organometallic complexes) to the durability and recyclability of heterogeneous supports (like zeolites or silica).

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...

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. Bringing the high selectivity of homogeneous catalysts (like

Bringing the high selectivity of homogeneous catalysts (like organometallic complexes) to the durability and recyclability of heterogeneous supports (like zeolites or silica).

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.

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.