Chiral networks and the origin of life

In this project 2D molecular networks are synthesized through self-assembly on metal and mineral surfaces. Scanning tunnelling microscopy is used to investigate their ordering. In particular, methods will be studied that influence the chirality (handedness) of the molecular arrangements. Examples of this are networks that consist of DNA and RNA nucleobases such as adenine and uracil. These experiments are motivated by the question of what gives rise to a particular chirality in biomolecules such as DNA and amino acids, and as such are relevant to the origin of life.

The description above outlines a possible new research project being offered to prospective new postgraduate students.

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