shock energy / non-linear inverse square law / amphophilic membrane forming products / unstable high-energy false vacuum / minimum energy / photonic energy / non-linear dynamical systems / phosphate dehydration energy / galactic gas / non-integer power law / free energy / kinetic energy / dark energy / bifurcation-based chemical processes / fragile chemical bonds / tiny entropyreducing photosynthetic energy budget / negative energy difference / stellar systems / chemical processes / gas clouds / organic chemicals / Biological systems / chemical life / interstellar gas clouds / residual lower energy electromagnetic bosons / gas giants / interstellar gas / lowest energy nuclear quantum levels / lower energy / chemical non-linearities / impact site / abundant product / Chemical bonding / planetary systems / positive energy / secondary photosynthetic energy / chemicals / pre-biotic chemical evolution / molecular systems / negative ground state energy / lowest energy / high-energy particles / chemical bonds / final negentropic low-energy reentry / chemical elements / gravitational potential energy / galactic gas clouds / energy / abundant products / newly forming stellar systems / /
NaturalFeature
Mount Everest / /
Organization
Bifurcation / Fractality and Biogenesis Chris King1 Mathematics Department / University of Auckland / /
Person
Fred Hoyle / Jan Hollis / Francis Crick / Jeffrey Bada / Jason Dworkin / /
Cosmic Symmetry-breaking, Bifurcation, Fractality and Biogenesis Chris King1 Mathematics Department, University of Auckland, New Zealand ABSTRACT: This paper explores the non-linear quantum foundations of biogenesis in i