Supramolecular Chemistry

Supramolecular chemistry is a central theme not only in chemistry, but in neighboring disciplines including physics and the biological sciences. The author has introduced this notion and has been awarded the Nobel Prize for his achievements in this area. He presents here the concepts, lines of development and perspectives of this highly interdisciplinary and burgeoning field of research.

Topics include:

- molecular recognition
- catalysis and transport processes
- molecular and supramolecular devices
- self-processes

By placing the basic concepts into a broader perspective, the author succeeds in inspiring, stimulating and challenging the creative imagination of his reader.Die supramolekulare Chemie ist ein zentrales Teilgebiet der Chemie, das auch für die anderen Naturwissenschaften, zum Beispiel die Physik und die Biowissenschaften immer wichtiger wird. Der Autor, der für seine Arbeiten zur supramolekularen Chemie den Nobelpreis erhielt, bietet hier eine breit geschilderte Darstellung dieses faszinierenden Themas.

Behandelt werden unter anderem:

- Molekulare Erkennung
- Transportprozesse und Carrier-Design
- Reaktivität und katalytische Eigenschaften supramolekularer Systeme
- Molekulare und supramolekulare Schalter
- Selbstorganisation

In seinem Buch gelingt es dem Autor, die Phantasie, die Kreativität und den Forschergeist seiner Leser zu wecken sowie die zentrale Bedeutung und die zukünftigen Entwicklungsrichtungen dieses jungen interdisziplinären Forschungsgebietes zu beleuchten. From the Contents:
From Molecular to Supramolecular Chemistry/
Anion Coordination Chemistry and the Recognition of Anionic Substrates/
Coreceptor Molecules and Multiple Recognition/
Supramolecular Reactivity and Catalysis/
Transport Processes and Carrier Design/
From Supermolecules to Polymolecular Assemblies/
Molecular and Supramolecular Devices/
Self-Processes/
Programmed (Supra)Molecular Systems/
From Structure to Information. The Challenge of Instructed Chemistry Aus dem Inhalt:
From Molecular to Supramolecular Chemistry/
Anion Coordination Chemistry and the Recognition of Anionic Substrates/
Coreceptor Molecules and Multiple Recognition/
Supramolecular Reactivity and Catalysis/
Transport Processes and Carrier Design/
From Supermolecules to Polymolecular Assemblies/
Molecular and Supramolecular Devices/
Self-Processes/
Programmed (Supra)Molecular Systems/
From Structure to Information. The Challenge of Instructed Chemistry

Jean-Marie Lehn is a French chemist. He received the Nobel Prize in Chemistry together with Donald Cram and Charles Pedersen in 1987 for his synthesis of cryptands. Jean-Marie Lehn Supramolecular Chemistry Concepts and Perspectives Chemistry Beyond the Molecule "Where nature finishes producing its own species, man begins, using natural things and with the help of this nature, to create an infinity of species." Leonardo da Vinci Molecular chemistry rules the covalent bond. Supramolecular chemistry is "chemistry beyond the molecule", whose goal is to gain control over the intermolecular non-covalent bond. It is concerned with the entities of higher complexity than molecules themselves—supramolecular species and assemblies held together and organized by means of intermolecular, binding interactions. It is a highly interdisciplinary field of science and technology, bridging chemistry with biology and physics. Supramolecular chemistry embodies the creative power of chemistry. By its very essence, by its ability to create and through the beauty of its objects, chemistry is an art as well as a science. Indeed, it fashions entire new worlds that do not exist before they are shaped by the hand of the chemist, just as matter, shaped by the hand of the sculptor, becomes a work of art. This is powerfully expressed by the sculpture of Auguste Rodin on the cover picture.