H2O: The Molecule that Made Us tells the human story through our relationship to water. H2O: The Molecule That Made Us is a 3-hour series from WGBH Boston. The film dramatically reveals how water ...

When heated with a burst of laser light, hydrogen bonds between water molecules shorten briefly. The work sheds new light on the structure of water. (Greg Stewart/SLAC) Water is the most abundant yet ...

TL;DR: Researchers from Northwestern University have observed the formation of a water molecule on the nanoscale for the first time. Using palladium to catalyze the reaction, they witnessed hydrogen ...

Thursdays, Feb. 27 - March 13, 2025 at 9 p.m. on KPBS 2 / Stream the series now with KPBS Passport! The documentary dives deep into one of the most critical issues affecting our planet: our supply of ...

A team of scientists has uncovered new molecular properties of water -- a discovery of a phenomenon that had previously gone unnoticed. A team of scientists has uncovered new molecular properties of ...

It’s one of those scientific questions that’s so simple, so fundamental, it’s hard to believe we didn’t have an answer—until now: What does water look like when it’s forming? From oceans to puddles, ...

Note: This video is designed to help the teacher better understand the lesson and is NOT intended to be shown to students. It includes observations and conclusions that students are meant to make on ...

Water is a unique compound that is essential to life on Earth. In the pedosphere, the physical and chemical properties of water regulate the flow of energy and solutes, making soil water a crucial ...

It’s amazing, isn’t it? Our blue planet. The only planet in the solar system that’s surface is covered in liquid water. But less than that 1% of it that is ...

We all know the ingredients for water. You take two atoms of hydrogen and one of oxygen, moosh them together just so, and voila – you have a molecule of the most important compound to life on Earth.

Scientists have identified a water-loss mechanism on Venus that could explain how the once water-rich world became completely parched. In the newly identified process, linked to a previously ...