Molecular states and interfacial interactions at solid–liquid interfaces: advances and challenges in multimodal characterization

Description

Shiou Yamada, Hinata Urano, and Koji Toma review how scientists watch molecules behave where a solid meets a liquid, in a paper published in 2026. That thin boundary layer drives biosensors, catalysts, batteries, and drug delivery, as molecules stick, gather charge, and rearrange there. No single instrument can capture all of it.

The review first sets out the main forces at play, from electric pull to water structure and oily surfaces. It then compares what light-based, electric, sound, and probe tools can each see, and where each goes blind. Combined platforms that join two views at once can tie together mass, charge, and local shape as they change. The authors close with open problems, such as telling cause from effect among tightly linked changes.

Catalog record

Source: https://europepmc.org/articles/PMC13575344