Scientists have developed electrochemical cells that convert carbon monoxide derived from carbon dioxide into commercially viable compounds more effectively and efficiently than existing technologies.

This is possible with high-tech analytics. And quantum chemistry is also increasingly in demand, as it can reveal critical moments in the catalytic process solely through calculation, e.g., of the ...

For more than two centuries, fossil fuels have dominated global energy and chemical production, accounting for over 80% of ...

Chemists can couple short-lived radicals to make myriad types of molecules, thanks to a microfluidic electrochemical cell that places the anode and the cathode just 25 µm apart. The new device offers ...

The devices around us that generate and store the energy that powers our electronics and propels our vehicles rely on intricate chemistry that often happens in tiny spaces. But those ...