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Our research uses low temperatures to explore how reactive collisions occur. Cold environments allow us to control the properties of reactants, providing information about the reaction processes and the underlying potential surfaces. Much of this detail is lost at higher temperatures, where thermal averaging complicates our interpretation of the dynamics at play. In the past few decades, extraordinary progress has been made in the development of techniques that allow us to manipulate cold species. We employ a number of these techniques – including laser cooling and the application of external electric and magnetic fields – to investigate reactive collisions between ions and neutral species.
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ACS Physical Chemistry Auno. 3 (2022): 199-205
Acs Symposium Seriespp.389-410, (2021)
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