Professor C Cockell
Charles is a member of the following School research institute and research areas:
My research group is interested in Astrobiology. As a discipline, it seeks to understand the origin, evolution and distribution of life in the Universe. In particular, we are interested in life in extreme environments and understanding the the diversity, processes and biosignatures of life in extremes.
Projects include studies of microorganisms and their elemental cycling in dark, deep hypersaline environments using the Boulby International Subsurface Astrobiology Laboratory (BISAL), a fully equipped microbiology laboratory we have set up at 1km depth in the Boulby mine. We are also investigating the habitability of Martian environments, looking at microbial access to ancient carbon and we have experiments studying the growth and behaviour of organisms in space using the International Space Station. We apply this work to understanding the earth system better and contributing to the robotic and human exploration of space.
Our work is conducted within the UK Centre for Astrobiology, a virtual astrobiology centre we established in 2011 that is affiliated with the NASA Astrobiology Institute (www.astrobiology.ac.uk).
I am currently Course Director and teach on the pre-honours Astrobiology course (PHYS08051) at the University of Edinburgh (with Ken Rice). It seeks to give students a grounding in interdisciplinary science and the diverse disciplines including physics, astronomy, geology, biology and chemistry relavant to astrobiology.
I oversee and teach half of the SUPA Astrobiology and Search for Life course (SUPAASL), a graduate course in astrobiology.
I teach and run a Massive Open On-Line Learning (MOOC) introductory course on Astrobiology (https://www.coursera.org/learn/astrobiology). The course has attracted 80,000 students since it began.
Charles currently offers the following PhD project opportunities:
Charles has featured in the following recent School news stories:
- Ionic strength is a barrier to the habitability of Mars DOI, Astrobiology, 16, 6, p. 427-442
- The similarity of life across the universe DOI, Molecular Biology of the Cell, 27, 10, p. 1553
- Biosignatures for Astrobiology DOI, Origins of life and evolution of biospheres, 46, 1, p. 105-106
- Mesophilic Mineral-Weathering Bacteria Inhabit the Critical-Zone of a Perennially Cold Basaltic Environment DOI, Geomicrobiology journal, 33, 1, p. 52-62
- An ESA roadmap for geobiology in space exploration DOI, Acta astronautica, 118, p. 286-295