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Ninham B.W., Nostro P.Lo. Molecular Forces and Self Assembly: In Colloid, Nano Sciences and Biology

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Ninham B.W., Nostro P.Lo. Molecular Forces and Self Assembly: In Colloid, Nano Sciences and Biology
Cambridge University Press, New York, USA, 2010. – 383 p. – ISBN: 0521896002
This book outlines developments in physical and colloid chemistry over the last decade or two that have changed our understanding of molecular forces and the self assembly of amphiphilic molecules. Within the sciences, a subject or discipline is defined by a freemasonry, the members of which are united by a common lore. The received beliefs of adepts are reaffirmed by recitation and repetition of the lore, and reinforced by the weight of authority embodied in the literature of the discipline. The more venerable the literature, the more conservative is the freemasonry. Challengers to the canon are at first dismissed as heretics or apostates, but if, later, their claims are conceded to have validity, they and their theories are eventually accepted into the fold. The discipline moves on. So, the advocates of a once revolutionary Darwinism, wrongly defined by others by the trite aphorism ‘survival of the fittest’, retreated into convoluted defences of the dogma, represented by the elegant writings of Stephen J. Gould. Two decades ago the notion that environmental influences such as temperature could affect gene expression invited the ridicule attending to an earlier Lamarkism. Similarly for any questioning of the dogma of the Weissman barrier in immunology. Not any more.
Molecular forces
Reasons for the enquiry
Different approaches to, and different kinds of, molecular forces
Electrostatic forces in electrolytes in outline
The balance of forces
Quantum mechanical forces in condensed media
The extension of the Lifshitz theory to include electrolytes and Hofmeister effects
Specific ion effects
Effects of dissolved gas and other solutes on hydrophobic interactions
Self assembly
Self assembly: overview
Self assembly in theory and practice
Bicontinuous phases and other structures: forces at work in biological systems
Emulsions and microemulsions
Forces at work: a miscellany of issues
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