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6: Mecánica cuántica tridimensional

Última actualización

30 oct 2022
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- 5.E: Sistemas Multi-Partícula (Ejercicios)
- 6.1: Conceptos Fundamentales

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En este capítulo, extenderemos nuestra formulación unidimensional previa de la mecánica cuántica no relativista para producir una teoría totalmente tridimensional.

6.1: Conceptos Fundamentales
Hemos visto que en una dimensión el estado instantáneo de una sola partícula no relativista está completamente especificado por una función de onda compleja, $\psi(x,t)$ .
6.2: Partícula en caja
Considera una partícula de masa $m$ atrapada dentro de una caja cúbica de dimensión $a$ .
6.3: Gases de electrones degenerados
6.4: Estrellas Enanas Blancas
Una estrella quemadora de hidrógeno de secuencia principal, como el Sol, se mantiene en equilibrio a través del equilibrio de la atracción gravitacional que termina para hacerla colapsar, y la presión térmica tiende a expandirla.
6.5: Ejercicios

Colaboradores y Atribuciones

Richard Fitzpatrick (Professor of Physics, The University of Texas at Austin)

Colaboradores y Atribuciones

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