Providing an introduction to one of the most exciting branches of nanoscience, "Self Assembly" presents examples and methods from nature, investigates the state of engineered systems, and explores future possibilities. This text contains chapter overviews, exercises, and literature highlights, while hands-on activities provide recipes for using simple, everyday objects to perform experiments that illustrate key principles of self-assembly.
Providing an introduction to one of the most exciting branches of nanoscience, "Self Assembly" presents examples and methods from nature, investigates the state of engineered systems, and explores future possibilities. This text contains chapter overviews, exercises, and literature highlights, while hands-on activities provide recipes for using simple, everyday objects to perform experiments that illustrate key principles of self-assembly.
Introduction. THE NATURAL WORLD: Inorganic Systems. Organic Systems. Lessons from the Natural World. ENGINEERED SYSTEMS: The Cheerios Effect and Other Simple Systems. Static Self Assembly. Dynamic Self Assembly. DNA Self Assembly. THE FUTURE: Models of Self Assembly. Directions. Color Plates. References. Appendices. Index.
Introduction. THE NATURAL WORLD: Inorganic Systems. Organic Systems. Lessons from the Natural World. ENGINEERED SYSTEMS: The Cheerios Effect and Other Simple Systems. Static Self Assembly. Dynamic Self Assembly. DNA Self Assembly. THE FUTURE: Models of Self Assembly. Directions. Color Plates. References. Appendices. Index.
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