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Theory, Modelling and Simulation in Origins of Life Studies

“Theory, Modelling and Simulation in Origins of Life Studies”
By Peter V. Coveney, Jacob B. Swadling, Jonathan A. D. Wattisb and H. Christopher Greenwell

Gives a brief summary of the history of the fields and the major hypothesis out there and some of the current work being done. The most famous experiment being the Urey-Miller experiment, which is still relevant. Possibilities for life arising consist of the pre-biotic soup, black smokers, alkaline vents and “outer space origin”.
The article describes the RNA world and homochiralization, as well as gives a brief comparison between the modelling methods of Quantum Mechanics (typically density functional theory) and classical Molecular dynamics.
Two quotes from the review:
“In particular, whilst symmetry-breaking is exhibited by the hexamer model, it is not possible within the tetramer model. This serves as a warning to theoreticians who wish to deduce the properties of a complex model simply by analysing a significantly reduced version.”
“The intrinsic value of modelling cannot be overstated”

Overall, the article contains a lot of references to further reading but also emphasises some chemical research whose relation to OoL is unclear to this reader.
The paper comes with a slideshow presentation covering the same material using different graphics etc.

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