Chemical reactions that occur at nanostructured electrodes have garnered widespread
interest because of their potential applications in fields including nanotechnology, green …

The use of molecularly modified electrodes in catalysis heralds a new paradigm in
designing chemical transformations by allowing control of catalytic activity. Herein, we …

The field of multimetallic catalysis is rapidly developing and some multimetallic complexes
catalyze organic transformations to yield the desired products in more efficient ways owing …

Photoswitchable catalysis is a young but rapidly evolving field that offers great potential for
non-invasive dynamic control of both activity and selectivity in catalysis. Within this context …

Developing “green” catalytic systems with desirable performance such as solubility,
recyclability, and switchability is a great challenge. However, inspired by nature, the studies …

Different from the current paradigms of chemistry, a switchable catalytic system is presented
that does not rely on a molecular switch in different toggling states but on a smart seven …

Novel multistimuli‐responsive phosphine ligands comprising a redox‐active [3]
dioxaphosphaferrocenophane backbone and a P‐bound imidazolin‐2‐ylidenamino entity …

The utilization of stimuli-responsive hydrogels as bifunctional catalysts for an aqueous
sequential organic transformation to prepare chiral organic molecules is not only …

The integration of dual asymmetric catalysis is highly beneficial for the synthesis of organic
molecules with multiple stereocenters. However, two major issues that need to be …

Pyrroles are versatile chemical motifs for molecular recognition or ligand design but their
utility as catalytic components are underexplored. We incorporated a pyrrole motif into our …