Abstract
In 1931 Erich Hückel published his treatment of benzene with a method now generally referred to as the Hückel MO (HMO) method. He showed how cyclic arrays of 2, 6 and 10 π-electrons form closed shells that provide enhanced stability. By the middle thirties he had applied his approach to other aspects of organic chemistry but thereafter did no further original work. Extensive theoretical and experimental work on his concepts was done by others. “Molecular Orbital Theory for Organic Chemists” was written a quarter century later and documented brilliant syntheses of new “4n+2” molecules as well as numerous applications of HMO theory to redox processes, aromatic substitution, carbocation and carbanion reactions,…
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Keywords
- Molecular orbital theory
- Computational biology
- Computational chemistry
- Molecular orbital
- Astrobiology
- Chemistry
- Theoretical physics
- Physics
UN Sustainable Development Goals
- Clean water and sanitation
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