The Bioenergetic and Electrical Origins of Life
Explains how natural proton gradients across alkaline hydrothermal vents could drive prebiotic carbon fixation and give rise to chemiosmotic ATP synthesis across all life.
Professor of Evolutionary Biochemistry, University College London
Self-contained public lectures, keynote addresses, and research seminars.
Explains how natural proton gradients across alkaline hydrothermal vents could drive prebiotic carbon fixation and give rise to chemiosmotic ATP synthesis across all life.
An exploration of the fundamental chemical and physical constraints that have shaped life's evolution, challenging the perception of biological infinite possibility.



Quantum orbitals, proton gradients, bioelectric patterning, and paleogenomics
MIT · Yale University · Royal Institution +2