Chemistry

Astrochemistry and Planetary Atmospheres

Module code: F1400
Level 6
15 credits in spring semester
Teaching method: Lecture, Workshop
Assessment modes: Coursework, Unseen examination

Gain an overview of the chemistry that governs the observation, formation and transformation of molecules in various astronomical environments. This includes stars, comets and planetary atmospheres.

You will explore:

• how spectroscopy can be used to identify molecules in astronomical environments
• the chemistry that governs the formation and destruction of these molecules, in the gas and solid phase in astronomical environments
• the chemistry in a broad range of physical conditions that governs the behaviour of different planets’ atmospheres
• laboratory techniques that can be used to investigate astrochemical and atmospheric processes.

Module learning outcomes

• Describe the effects of the astronomical environment and its variables on chemical processes and systems
• Apply detailed knowledge of chemical kinetics in extreme environments to solve problems related to the chemistry of astronomical and planetary environments
• Deploy accurately spectroscopic techniques to understand and describe in detail the chemical composition of various planetary and astronomical environments
• Apply a knowledge of chemistry in extreme environments to describe, explain and predict chemical processes in astronomical and planetary environments