Exploration of the unique chemical properties of interfaces can unlock new understanding. A
striking example is the finding of accelerated reactions, particularly spontaneous oxidation …

Micrometer-sized compartments play significant roles in driving heterogeneous
transformations within atmospheric and biochemical systems as well as providing vehicles …

Motivation Despite near-experimental accuracy on single-chain predictions, there is still
scope for improvement among multimeric predictions. Methods like AlphaFold-Multimer and …

Contact electrification between water and a solid surface is crucial for physicochemical
processes at water–solid interfaces. However, the nature of the involved processes remains …

Ultrapure N2 gas was bubbled through water, and the humidified output containing
undetectable concentrations of ozone filled a closed chamber in which 18 MΩ-cm water was …

In charged water microdroplets, which occur in nature or in the lab upon ultrasonication or in
electrospray processes, the thermodynamics for reactive chemistry can be dramatically …

It has been recently discovered that chemical reactions at aqueous interfaces can be orders
of magnitude faster compared to conventional bulk phase reactions, but despite its wide …

Hydroxyl radical (OH) is a key oxidant that triggers atmospheric oxidation chemistry in both
gas and aqueous phases. The current understanding of its aqueous sources is mainly …

Water serves as an inert environment for the dispersion and application of many kinds of
herbicides. Viologen compounds, a type of widely used but highly toxic herbicide, are stable …

Despite the high stability of bulk water, water microdroplets possess strikingly different
properties, such as the presence of hydroxyl radicals (OH⋅) at the air–water interface …