MENÜ MENÜ
  • Sie verwenden einen veralteten Webbrowser, weshalb es zu Problemen mit der Darstellung kommen kann. Bei Problemen mit der Bestellabgabe können Sie gerne auch telefonisch bestellen unter: 01805 565554 (0,14€/min, mobil max.0,42€/min)

Exactly Solvable Q-Extended Nonlinear Classical And Quantum Models

Nalc :Exactly Solvable Q-Extended Nonli
Autor: Sengül Nalci / Oktay K. Pashaev
Verfügbarkeit: nur noch 3 lieferbar
Artikelnummer: 1198303
ISBN / EAN: 9783659619694

Verfügbarkeit: sofort lieferbar

82,90 €
Inkl. MwSt. , zzgl. Versandkosten

Produktbeschreibung

The quantum or q-calculus is based on finite difference re-scaling and first results in it belong to Euler and Gauss. Developed by Fermat, Jackson, Heine, Jacobi, Ramanujan etc, in XX century it was rediscovered as symmetry of quantum models related to quantum algebras and quantum groups. Noncommutative geometry, fractals, hydrodynamics and quantum theory are fields of its applications.The book is devoted to basic principles of q-caluculs and applications to classical and quantum linear and nonlinear problems. Starting from notion of q-number and q-derivative we study classical and quantum oscillators, heat and Burgers equations. We introduce the concepts of q-analogs of shock solitons, traveling waves and analytic functions, and develop multiple q-calculus to study multi-dimensional problems. By recognizing Fibonacci numbers as q-calculus with golden ratio bases, we construct nonlinear quantum oscillator with Fibonacci spectrum. The book is self contained and pedagogically written as an introduction to the subject for students at advanced undergraduate and graduate level from science and engineering specialties. Also it could be a valuable source for researchers in the field.

Zusatzinformation

Autor Verlag LAP Lambert Academic Publishing
ISBN / EAN 9783659619694 Bindung Taschenbuch

Sie könnten auch an folgenden Produkten interessiert sein

0 Kundenmeinungen

Bitte schreiben Sie uns Ihre Meinung zu: Exactly Solvable Q-Extended Nonlinear Classical And Quantum Models

  • Wenn Sie dieses Eingabefeld sehen sollten, lassen Sie es leer!