PhD studentship on the origin of life at alkaline hydrothermal vents at Newcastle University (UK)

A PhD is available based at Newcastle University on the origin of life at alkaline hydrothermal vents, as part of the Iapetus2 Doctoral Training Scheme.

The student will use a set of state-of-the-art pressurised continuous flow hydrothermal reactors to mimic the mixing of hydrogen-rich alkaline hydrothermal vent fluids with carbon dioxide-rich seawater or freshwater over a range of different mineral substrates. They will extend exciting recent work on the successful generation of long chain fatty acids using this apparatus and assess the potential for generating a range of further biological relevant organic molecules.

This studentship aims to make a step change in our understanding of how life originated on our planet, and the potential for life to have started on other worlds.

>> Deadline: 15th of January 2024 (12PM GMT) <<

Full details of the project and the application process can be found here.

For any questions.an informal chat, you can contact Dr. Jon Telling

Postdoctoral positions in metabolism and heredity at the origin of life at University College London (UCL, UK)

The Centre for Life’s Origins and Evolution (CLOE) at University College London (UCL) is seeking 24-month Research Fellows.

The project is funded by a BBSRC sLoLa grant entitled “Origins of Biology: How energy flow structures metabolism and heredity at the origin of life.” These fellowship positions could focus on experimental work, exploring the non-enzymatic synthesis or aqueous polymerization of small molecules relevant to protometabolism at the origin of life, or more theoretical work exploring the effect of models of heredity with selection at the level of the protocell.

Posts availability: from January 2024, funded for 2 years with possibilities for extension.

>> The deadline is January 8th 2024 <<

Interview Date(s): January 2024.

This role is an open-ended contract with a funding end date of 30.01.2026 in the first instance.

>> Click here for more info about the post <<