For the past 5 years, chemical engineer Ankur Gupta of the University of Colorado Boulder has wondered what rules govern the diffusion of ions through the winding nanoscale tunnels within a ...

As part of the goal of tackling climate change, more and more people are using electric vehicles, which produce just a fraction of the carbon dioxide emissions as their gasoline-powered counterparts.

Gas‐phase ion chemistry remains a vibrant field that elucidates fundamental interatomic and intermolecular interactions through the study of charged species in isolation. The investigation of bond ...

The 3 winners have created metal-organic frameworks, or MOFs. MOFs can trap moisture from desert air to get water, or ethylene gas from fruits so they spoil slowly. We explain how MOFs were created, ...

Aqueous borate chemistry encompasses the study of boron species in water, focusing on how boric acid and its derivatives undergo polymerisation and interact with surrounding solvent molecules. In ...

Although initially set up to recognize the most beneficial contributions to humankind, it is not every year that a Nobel Prize winning discovery has had such widespread impact. Look at it this way: ...

Many times, the Nobel Prize in Chemistry is awarded for accomplishments that take quite a lot of explaining, like “palladium-catalyzed cross couplings in organic synthesis” or “the discovery of ...

Christie G. Enke and Richard A. Yost didn’t set out to make a mass spectrometer. Their goal was to completely computerize an analytical instrument. It was 1975, still the early days of teaming up ...

The CATL M3P battery has been rumored to be used in the Tesla Model RWD in China. The CATL M3P battery is rumored to be more energy dense than iron phosphate. Other information from CATL contradicts ...