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Molecular orbital / Chemical bond / Covalent bond / Quantum mechanics / Electron / Atomic orbital / Orbital hybridisation / Molecule / Hydrogen bond / Chemistry / Chemical bonding / Physics


Document Date: 2008-12-22 00:37:13

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File Size: 4,64 MB

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Company

Linde / Fe Co / Pullman / /

Country

Australia / /

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Facility

University of Auckland / GENERATING A COMPLEX / /

IndustryTerm

shock energy / non-linear inverse square law / amphophilic membrane forming products / minimum energy / phosphate dehydration energy / free energy / bifurcation-based chemical processes / gas clouds / molecular random search / organic chemicals / Biological systems / chemical life / energy sources / globally-induced active-site / weaker chemical bonding interactions / gas giants / lower energy / lowest energy nuclear quantum levels / chemical non-linearities / abundant product / impact site / metal atoms / aqueous solution / positive energy / planetary systems / prebiotic energy-dissipating process / pre-biotic chemical evolution / high-energy sources / molecular systems / negative ground state energy / lowest energy / high-energy particles / potential energy landscape / chemical elements / energy / galactic gas clouds / unstable high-energy false vacuum / favoured products / moderate energy dehydration polymers / chemical reactions / photonic energy / non-linear dynamical systems / galactic gas / non-integer power law / interactive chemical quantum structures / kinetic energy / dark energy / fragile chemical bonds / negative energy difference / stellar systems / chemical origins / chemical processes / inverse square law / higher energy / interstellar gas clouds / residual lower energy electromagnetic bosons / high energy stability / interstellar gas / Chemical bonding / orbital systems / lowered energy / secondary photosynthetic energy / tiny entropy-reducing photosynthetic energy budget / chemicals / non-linear solutions / final negentropic low-energy reentry / chemical bonds / gravitational potential energy / chemical interaction / abundant products / newly forming stellar systems / /

NaturalFeature

Mount Everest / /

Organization

Cosmic Symmetry-breaking / Bifurcation / Fractality and Biogenesis Chris C. King1 Mathematics Department / University of Auckland / /

Person

Jan Hollis / Jeffrey Bada / Gerry Pollack / Jason Dworkin / Fred Hoyle / Chris King / George Cody / Francis Crick / /

Position

King / /

ProvinceOrState

Colorado / Ontario / /

PublishedMedium

The Orion / /

Technology

alpha / radiation / 3-D / polymerization / DNA binding / laser / genetic code / condensation / molecular evolution / simulation / /

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