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Non-Equilibrium Systems

Non-equilibrium molecular systems are subject to the flux of matter, information and energy.

Indeed, the non-equilibrium behaviour is a defining characteristic of life. For example, while the human body only contains ~5 grams of the ubiquitous chemical energy currency, adenosine triphosphate (ATP) at any given moment, your body synthesised and turned over 50-75 kilograms of ATP to drive the non-equilibrium cellular processes to keep you alive for the last 24 hours!

Chemists are increasingly seeking to exploit non-equilibrium process in man-made molecular systems, often incorporating inspiration from both biology and macroscopic mechanical devices. Progress in the area was highlighted by the award of the 2016 Nobel prize for Chemistry to Stoddart, Feringa and Sauvage for their pioneering development of molecular machines.

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The coordinator for this theme is Dr Scott Cockroft. Any general enquiries should be directed to Scott.Cockroft@ed.ac.uk. For more specific enquiries please refer to the members list below.

Research in non-equilibrium systems falls into four categories:

Non-Equilibirum Systems Staff