Lecture 5: Eigenvalue Equations and Operators The material in this lecture covers the following in Atkins. 11.5 The informtion of a wavefunction (b) eigenvalues.

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Presentation transcript:

Lecture 5: Eigenvalue Equations and Operators The material in this lecture covers the following in Atkins The informtion of a wavefunction (b) eigenvalues and eigenfunctions (c) operators Lecture on-line Eigenvalue Equations and Operators (PDF) Eigenevalue Equations and Operators (PowerPoint) Handout for lecture 5 (PDF)

Tutorials on-line Reminder of the postulates of quantum mechanics The postulates of quantum mechanics (This is the writeup for Dry-lab-II)( This lecture has covered postulate 4) Basic concepts of importance for the understanding of the postulates Observables are Operators - Postulates of Quantum Mechanics Expectation Values - More Postulates Forming Operators Hermitian Operators Dirac Notation Use of Matricies Basic math background Differential Equations Operator Algebra Eigenvalue Equations Extensive account of Operators Basic math background Differential Equations Operator Algebra Eigenvalue Equations Extensive account of Operators

Audio-visuals on-line Postulates of Quantum mechanics (PDF) Postulates of Quantum mechanics (HTML) Postulates of quantum mechanics (PowerPoint ****) Slides from the text book (From the CD included in Atkins,**)