Experiments by Chrétien and coworkers suggest that mitochondria are 10° C hotter than
their surroundings. Steady-state theoretical estimates place this difference at a maximum of …

Remarkable changes in the volume of activated carbon electrodes operating with aqueous
electrolytes were measured with scanning electrochemical microscopy (SECM) and …

While the static structure of aqueous electrolytes has been studied for decades, their
dynamic microscopic structure remains unresolved yet critical in many areas. We report a …

The electrodynamics of nanoconfined water have been shown to change dramatically
compared to bulk water, opening room for safe electrochemical systems. We demonstrate a …

Molecular simulations of auto-dissociation of water molecules in an 81,000 atom bulk water
system show that the electric field variations caused by local bond length and angle …

Ensuring water-fouling-free operation of semiconductor-based gas sensors is essential to
maintaining their accuracy, reliability, and stability across diverse applications. Despite the …

Water is not only a substance No. 1, but also an exceptional media of electromagnetic
waves propagating on scales from the molecular to the global. Chemical reactions in …

Distinguishing between heavy water and regular water has been a continuing challenge
since these isotopologues of water have very similar physical and chemical properties. We …

Sesamin, a lignan component of sesame seed oil, has shown pharmacologic benefits, such
as anti-oxidative and anti-inflammatory qualities. However, the amount of data available to …

Various food supplements for silicon uptake were compared in terms of their structures and
chemical compositions. In particular, we analyzed the silanol group content, which can be …