Aerosol particles are important components of the Earth's atmosphere and affect air quality
and climate. They are small enough to penetrate deep into human lungs and are associated …

The nucleation process leading to the formation of new atmospheric particles plays a crucial
role in aerosol research. Quantum chemical (QC) calculations can be used to model the …

Atmospheric molecular cluster formation is the first stage toward aerosol particle formation.
Despite intensive progress in recent years, the relative role of different vapors and the …

Atmospheric molecular clusters, the onset of secondary aerosol formation, are a major part
of the current uncertainty in modern climate models. Quantum chemical (QC) methods are …

One of the main sources of uncertainty for understanding global warming is understanding
the formation of larger secondary aerosols. The beginning stages start with the formation of …

Insight into the origin of prebiotic molecules is key to our understanding of how living
systems evolved into the complex network of biological processes on Earth. By modelling …

Understanding how secondary aerosols form in the atmosphere is one of the main
uncertainties for a better understanding of global warming. Secondary aerosols form from …

New particle formation (NPF) is the process by which trace atmospheric acids and bases
cluster and grow into particles that ultimately impact climate. Sulfuric acid concentration …

Oxalic acid is one of the simplest naturally occurring dicarboxylic acids that is abundantly
found in the atmosphere, and it has several stable structural conformers. Hydrogen-bonded …

The computational cost of accurate quantum chemistry (QC) calculations of large molecular
systems can often be unbearably high. Machine learning offers a lower computational cost …