Lecture 7: Expectation Values The material in this lecture covers the following in Atkins. 11.5 The informtion of a wavefunction (d) superpositions and.

Slides:



Advertisements
Similar presentations
Dirac’s Quantum Condition
Advertisements

Integrals over Operators
The Postulates of Quantum Mechanics
Lecture 23: Introduction to Valence Bond Theory The material in this lecture covers the following in Atkins. 14 Molecular structure Valence-bond theory.
PHYS Quantum Mechanics “the dreams stuff is made of” PHYS Quantum Mechanics “the dreams stuff is made of” Dr Jon Billowes Nuclear Physics Group.
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Gavin Smith Nuclear Physics Group These slides at:
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
PHYS Quantum Mechanics PHYS Quantum Mechanics Dr Jon Billowes Nuclear Physics Group (Schuster Building, room 4.10)
Lecture 3 The Schrödinger equation (c) So Hirata, Department of Chemistry, University of Illinois at Urbana-Champaign. This material has been developed.
Quantum One: Lecture 2. Postulates of Schrödinger's Wave Mechanics.
Lecture 27: Homonuclear Diatomic Molecules-II The material in this lecture covers the following in Atkins. 14 Molecular structure Molecular Orbital Theory.
Navigating the Classroom. Course Materials This class is organized around Lesson Packets. To access them: click on the Course Materials button.
Welcome to the Chem 373 Sixth Edition + Lab Manual It is all on the web !!
FALL SEMESTER 2003 WELCOME TO CHEM 614, A COURSE ON QUANTUM CHEMISTRY YOUR INSTRUCTOR IS Michael A. J. Rodgers Office is PSLB 310
Quantum Mechanics(14/2)Taehwang Son Functions as vectors  In order to deal with in more complex problems, we need to introduce linear algebra. Wave function.
Lecture 25: Introduction to Molecular Orbital Theory The material in this lecture covers the following in Atkins. 14 Molecular structure Molecular Orbital.
Algebra Illustrated Test Results. About the Module.
Lecture 2. Postulates in Quantum Mechanics Engel, Ch. 2-3 Ratner & Schatz, Ch. 2 Molecular Quantum Mechanics, Atkins & Friedman (4 th ed. 2005), Ch. 1.
Lecture 6: Operators and Quantum Mechanics The material in this lecture covers the following in Atkins The informtion of a wavefunction (c) Operators.
Too Many to Count.
Integrated Math 1 Mrs. O’Farrell. In this course, we will cover the following topics: Language & Tools of Algebra Function Concepts Equations Inequalities.
1 The Mathematics of Quantum Mechanics 2. Unitary and Hermitian Operators.
8 October 2010http:// Eigenstates in Quantum Mechanics Corinne Manogue Tevian Dray
Review : Quantum mechanics Jae-hoon Ji Nano Electro-Mechanical Device Lab.
Lecture 3: The Time Dependent Schrödinger Equation The material in this lecture is not covered in Atkins. It is required to understand postulate 6 and.
Big Ideas in Mathematics Chapter Three
Schrödinger equation The Nobel Prize in Physics 1933 was awarded jointly to Erwin Schrödinger and Paul Adrien Maurice Dirac "for the discovery of new productive.

1 Numbers & Basic Algebra – Math 103 Math, Statistics & Physics.
CHE Inorganic, Physical & Solid State Chemistry Advanced Quantum Chemistry: lecture 1 Rob Jackson LJ1.16,
1 MODELING MATTER AT NANOSCALES 4. Introduction to quantum treatments Outline of the principles and the method of quantum mechanics.
PHY 520 Introduction Christopher Crawford
Lecture 18: Orbitals of the Hydrogen Atom The material in this lecture covers the following in Atkins. The structure and Spectra of Hydrogenic Atoms 13.2.
1 Beginning & Intermediate Algebra – Math 103 Math, Statistics & Physics.
Lecture 24: Applications of Valence Bond Theory The material in this lecture covers the following in Atkins. 14 Molecular structure Valence-bond theory.
Lecture 4. : The Free Particle The material in this lecture covers the following in Atkins The informtion of a wavefunction (a) The probability density.
Lecture 5: Eigenvalue Equations and Operators The material in this lecture covers the following in Atkins The informtion of a wavefunction (b) eigenvalues.
Quantum Chemistry: Our Agenda Postulates in quantum mechanics (Ch. 3) Schrödinger equation (Ch. 2) Simple examples of V(r) Particle in a box (Ch. 4-5)
Lecture 11: Harmonic oscillator-I. Vibrational motion (This lecture introduces the classical harmonic oscillator as an introduction to section Lecture.
Nanoelectronics Chapter 3 Quantum Mechanics of Electrons
Equations X1234 y. Solving Simple Equations: Rules for solving equations…
Differential Equations MTH 242 Lecture # 28 Dr. Manshoor Ahmed.
8/26 Reminders: Supplies Due: Canvas (Online Learning) Due:
MATH 685/ CSI 700/ OR 682 Lecture Notes Lecture 11. Ordinary differential equations. Boundary value problems.
Lecture 3 The Schrödinger equation
Properties of Hermitian Operators
Physics 210 General Physics I
Do Now: Simplify the expression.
Calculus section 1.1 – 1.4 Review algebraic concepts
The Postulates and General Principles
Lecture 1 - Introduction
Scientific Notation Continues….
Derivatives of Algebraic Functions
A Question of Maths Instructions: Choose a number to answer a question
Quantum One.
Algebra 1 Section 8.4 Express numbers using scientific notation
Quantum mechanics I Fall 2012
Chapter III Dirac Field Lecture 4 Books Recommended:
University of Queensland
Chapter 7 Vocabulary (7-4)
Presentation transcript:

Lecture 7: Expectation Values The material in this lecture covers the following in Atkins The informtion of a wavefunction (d) superpositions and expectation values Lecture on-line Expectation Values (PDF) Expectation value (PowerPoint) handouts Assigned problems for lecture 7

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 5) 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 Historic development of quantum mechanics from classical mechanics The Development of Classical Mechanics Experimental Background for Quantum mecahnics Early Development of Quantum mechanics

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