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multi-volume work: Quantenmechanik
Multi-Volume Work

Quantenmechanik

  • Claude Cohen-Tannoudji , Bernard Diu and Franck Laloë
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Book Print Only 2020
In the series De Gruyter Studium

This classic work on quantum mechanics by Nobel laureate Cohen-Tannoudji and co-authors offers students a highly effective introduction to the principles and concepts of quantum physics. Each chapter consists of two independent parts: first, the basic concepts are presented and then deepened by means of numerous applications.

The work is suitable as a textbook and exercise book as well as a reference book.

Book Requires Authentication Unlicensed Licensed 2019
In the series De Gruyter Studium

This classic work on quantum mechanics by Nobel laureate Cohen-Tannoudji and co-authors offers students a highly effective introduction to the principles and concepts of quantum physics. Each chapter consists of two independent parts: first, the basic concepts are presented and then deepened by means of numerous applications.

The work is suitable as a textbook and exercise book as well as a reference book.

Book Requires Authentication Unlicensed Licensed 2019
In the series De Gruyter Studium

This classic work on quantum mechanics by Nobel laureate Cohen-Tannoudji and co-authors offers students a highly effective introduction to the principles and concepts of quantum physics. Each chapter consists of two independent parts: first, the basic concepts are presented and then deepened by means of numerous applications.

The work is suitable as a textbook and exercise book as well as a reference book.

Book Requires Authentication Unlicensed Licensed 2020
In the series De Gruyter Studium

The newly added Volume 3 covers advanced themes in quantum mechanics. It maintains the work’s proven chapter structure with theory and application examples followed by an in-depth section. In addition to discussing uncorrelated and correlated identical particles, it offers detailed and clear explanations of the quantum theory of electromagnetic fields; atomic photon absorption, emission and scattering; and quantum entanglement.

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