Quantum Astrochemistry and its Applications to Astronomical Spectroscopy

Quantum chemistry has many important applications in the study of planets, stars, and everything in between. However, the separate development of quantum chemistry and astronomy has led to a void between the two fields, with the different standards and technical language developed by each making effective collaborations difficult. Quantum Astrochemistry and its Applications to Astronomical Spectroscopy addresses this gap, combining fundamental principles of quantum chemistry and spectroscopy with practical guidance on tools and techniques to support an interdisciplinary, thorough investigating of astronomical phenomena, whether studying stellar spectra, characterizing exoplanet atmospheres, or understanding molecules of astrobiological interest.

Beginning with an introduction that showcases how the fundamental rules of the quantum world manifest themselves on an astronomical scale in Part 1, the book goes on to discuss foundational knowledge in quantum astrochemistry in Part 2, followed by a discussion of important applications in Part 3. Finally, Part 4 explores current and future needs for development and collaboration across the fields.

Drawing on the knowledge of its expert editor and contributors, Quantum Astrochemistry and its Applications to Astronomical Spectroscopy provides a toolkit for astrophysicists to develop an understanding of theoretical spectroscopy and how it applies to their work. It is also a guide for spectroscopists on how to expand their work into astronomy, specifically the study of cool stars and exoplanets.