Chemical sensing using indicators, or chemosensor, has rapidly developed over the past
decades. Its chemistry covers a wide range of scientific fields, in which analytical and …

This short overview describes the historical development of the physics and chemistry of
organic solvents and solutions from the alchemist era until the present time based on some …

Conspectus Pressure (P), as one of the most inherent state quantities, has become an
academic subject of study and has attracted attention for a long time for the minute control of …

One of the helical anthracenes,[4] HA, in which two fused anthracene ends are spatially
arranged top and bottom, exhibits a ratiometric fluorescence response due to the hydrostatic …

Stimulus-responsive supramolecular architectures have become an attractive alternative to
conventional ones for many applications in sensing, drug-delivery and switchable memory …

Fluorogens or luminescence materials that show manipulatable emissive responses toward
various external stimuli, such as, temperature, solvent, salt, and pH, hold great promise for …

Dual fluorescent materials that exhibit controllable ratiometric changes in response to
various external stimuli have attracted much attention from the viewpoints of applied material …

Hydrostatic pressure control has attracted much attention and presents a still challenging
objective from mechanobiological viewpoints. Herein, we reveal the calcium entry processes …

Dansyl‐modified cyclodextrin (CD) demonstrates molecular recognition behavior under high
pressure as revealed by means of hydrostatic‐pressure UV/Vis, circular dichroism, and …

A well-known solvatochromic dye, Reichardt's dye (R-dye), was used to evaluate the
hydrophobicity of alkyl-group-functionalized silica particles (ASPs) with different chain …