This insight highlights the importance of examining the atmosphere above the skyline to understand atmospheric processes in urban environments more comprehensively.

The ancient reactions an MIT chemist is investigating could provide the key to developing new methods that can extract vast amounts of carbon from our atmosphere.

Put Mt. Everest (28 deg North) at the latitude of Mt. McKinley (63 deg North) in the United States and it is likely that no climber would ever have been able to reach the summit breathing the ...

Planets can be extremely hot when they are born, and new computational experiments show that such planets would have an atmosphere composed of a homogenous mixture of hydrogen and water. As the ...

Green Bay's National Weather Service office will launch one weather balloon a day instead of two to check the atmosphere. We ...

Chemical reactions make new chemicals. Atoms are rearranged during a chemical reaction, but the number of atoms does not change. Evidence of chemical reactions includes a large temperature change ...

Welcome to the Atmospheric Computational Chemistry group! We use computational chemistry to study chemical reactions of interest in atmospheric modelling, such as the formation of volatile organic ...