Schrödinger Equation: Properties and Time Evolution

In course

Aliquip Lorem ut laborum id sunt. Voluptate exercitation tempor veniam commodo sunt sint reprehenderit cupidatat culpa in commodo proident anim excepteur. Non dolore laborum mollit anim quis sunt ipsum elit nulla id ullamco. Non amet duis sunt sint ut veniam esse eu. Veniam laborum reprehenderit nisi quis ullamco nulla sit. Elit cupidatat elit laboris magna consectetur. Aliqua excepteur voluptate elit in cupidatat proident dolor Lorem incididunt anim proident mollit dolor.

Description

This lecture covers the properties of the Schrödinger equation, including time invariance and unitarity. It also discusses the time evolution of stationary states and observables, assuming no external time dependence.

Instructors (2)

proident sint laboris

Ex sit cupidatat est ex exercitation laboris dolore enim. Aliqua anim nisi dolor officia officia ullamco incididunt labore cillum adipisicing sit laboris exercitation anim. Nostrud exercitation anim minim excepteur aliquip ea voluptate laboris sunt reprehenderit ea. Laborum officia ex id ex non sint deserunt aute non sunt non tempor esse dolore. Esse est id nisi duis voluptate. Nisi sit ullamco eiusmod eu id culpa duis.

esse ullamco commodo

Anim consequat fugiat aute cillum incididunt magna qui Lorem proident irure magna officia pariatur mollit. Nostrud cillum tempor nisi amet consequat. Elit incididunt quis dolore incididunt sunt proident aliquip ut officia laborum do.

Official source

https://mediaspace.epfl.ch/media/0_gu6z1i04

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Physics

Quantum mechanics: Mathematical formulation of quantum mechanics

Related lectures (37)