To second international symposium “Generation and Amplification of Chirality in Chemical Systems” Wolfram Thiemann Preface Pages: 5 - 6
Review of the origin of asymmetry of biomolecules through weak interaction: Latest developments L. Keszthelyi Session I: Chirality and Parity Non-Conservation Pages: 9 - 21
An approach to the mechanism of the asymetrical radical formation in yttrium-90-β-irradiated D- and L-alanines Mitsuhiko AkaboshiMasato NodaKeizo Kawamoto Session I: Chirality and Parity Non-Conservation Pages: 23 - 29
Investigations of electron helicity in optically active molecules using polarized beams of electrons and positrons D. W. GidleyA. RichP. W. Zitzewitz Session I: Chirality and Parity Non-Conservation Pages: 31 - 36
Beta irradiation may induce stereoselectivity in the crystallization of optical isomers K. L. Kovács Session I: Chirality and Parity Non-Conservation Pages: 37 - 52
Reflections on the origin of optical asymmetry on earth Tilo L. V. Ulbricht Session II: Sources of Chirality in Nature Pages: 55 - 70
Chemical geometrodynamics: Physical fields can cause asymmetric synthesis Ralph C. Dougherty Session II: Sources of Chirality in Nature Pages: 71 - 84
A new idea and experiment related to the possible interaction between magnetic field and stereoselectivity W. ThiemannU. Jarzak Session II: Sources of Chirality in Nature Pages: 85 - 92
Unconsidered sources of chirality in nature K. L. KovacsL. KeszthelyiV. J. Goldanskii Session II: Sources of Chirality in Nature Pages: 93 - 103
Amplification of optical activity by crystallization in the presence of tailor-made additives. The “inversion rule” L. AddadiJ. van MilM. Lahav Session III: Amplification of Chirality from Racemic, Achiral, and Prochiral Conditions Pages: 107 - 118
Experiments on the abiotic amplification of optical activity William A. BonnerNeal E. BlairFrederick M. Dirbas Session III: Amplification of Chirality from Racemic, Achiral, and Prochiral Conditions Pages: 119 - 134
Enantiomer enrichment in early peptides A. BrackG. Spach Session III: Amplification of Chirality from Racemic, Achiral, and Prochiral Conditions Pages: 135 - 142
Critical evaluation of mathematical models for the amplification of chirality Cs. FajsziJ. Czégé Session III: Amplification of Chirality from Racemic, Achiral, and Prochiral Conditions Pages: 143 - 162
Conservation of optical purity of amino acids: A principal problem in biochemical and proto-biochemical systems Klaus Dose Session IV: Role of Chirality in Evolution of Biosphere Pages: 165 - 171
Adsorption of amino acid entantiomers by Na-montmorillonite E. FriebeleA. ShimoyamaC. Ponnamperuma Session IV: Role of Chirality in Evolution of Biosphere Pages: 173 - 184
Summary of round table discussion on status of research on “Generation and Amplification of Chirality in Chemical Systems” W. Thiemann Session V: Round-Table Discussion on Status of Research Pages: 187 - 190
Summary of round table discussion on status of research on “Generation and Amplification of Chirality in Chemical Systems” L. Keszthelyi Session V: Round-Table Discussion on Status of Research Pages: 191 - 194