Infrared techniques enable nondestructive and label-free studies of thin films with high
chemical and structural contrast. In this work, we review recent progress and perspectives in …

In situ mid-infrared (MIR) spectroscopy in liquids is an emerging field for the analysis of
functional surfaces and chemical reactions. Different basic geometries exist for in situ MIR …

Optofluidics enables one to analyze minute amount of samples and facilitates new ways in
the analysis of biological samples which are often only available in small amounts and …

Recent developments in infrared (IR) microfluidics for sensitive monitoring of molecular
adsorption at solid–liquid interfaces are briefly reviewed. A microfluidic platform is presented …

Two-dimensional materials have come to the forefront of material science over the past 10
years. While the potential applications of such materials are vast, viable routes to production …