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Quantum Mechanics

Quantum Mechanics

This course is part of Statistical Thermodynamics Specialization

Instructor: John W. Daily

25,451 already enrolled

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3 modules

Gain insight into a topic and learn the fundamentals.

746 reviews

Advanced level

Designed for those already in the industry

6 hours to complete

Flexible schedule

Learn at your own pace

3 modules

Gain insight into a topic and learn the fundamentals.

746 reviews

Advanced level

Designed for those already in the industry

6 hours to complete

Flexible schedule

Learn at your own pace

What you'll learn

Describe the relationship between the Schrödinger wave equation and atomic/molecular structural behavior
Demonstrate an understanding of modern quantum chemistry numerical solution methods for solving the wave equation
Analyze the role of quantum mechanics in explaining atomic and molecular structural behavior

Skills you'll gain

Tools you'll learn

Mathematical Software

Details to know

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Assessments

1 assignment

Taught in English

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This course is part of the Statistical Thermodynamics Specialization

When you enroll in this course, you'll also be enrolled in this Specialization.

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Gain a foundational understanding of a subject or tool
Develop job-relevant skills with hands-on projects
Earn a shareable career certificate

There are 3 modules in this course

Course 2 of Statistical Thermodynamics presents an introduction to quantum mechanics at a level appropriate for those with mechanical or aerospace engineering backgrounds. Using a postulatory approach that describes the steps to follow, the Schrodinger wave equation is derived and simple solutions obtained that illustrate atomic and molecular structural behavior. More realistic behavior is also explored along with modern quantum chemistry numerical solution methods for solving the wave equation.

Module details

Module 1presents an introduction to quantum mechanics at a level appropriate for those with mechanical or aerospace engineering backgrounds. Using a postulatory approach that describes the steps to follow, the Schrodinger wave equation is derived and it is showen that the time dependence can be separated and a stationary wave equation results.

What's included

4 videos5 readings1 assignment1 discussion prompt

4 videosTotal 35 minutes

Quantum Mechanics and the Structure of Matter9 minutes
A Short History of Quantum Mechanics10 minutes
The Postulates of Quantum Mechanics9 minutes
The Stationary Wave Equation7 minutes

5 readingsTotal 41 minutes

Course Updates and Accessibility Support1 minute
Quantum Mechanics and the Structure of Matter10 minutes
A Short History of Quantum Mechanics10 minutes
The Postulates of Quantum Mechanics10 minutes
The Stationary Wave Equation10 minutes

1 assignmentTotal 10 minutes

Problem 4.110 minutes

1 discussion promptTotal 10 minutes

Problems 4.2-4.710 minutes

In module 2 we solve the stationary wave equation for several simple systems. These include the particle in a box, the rigid rotator, the harmonic oscillator, and the hydrogenic atom. These simple solutions form the basisi for discussing real atomic and molecular behavior in the next module.

What's included

4 videos4 readings1 discussion prompt

4 videosTotal 46 minutes

The Particle in a Box10 minutes
Internal Motion: Radial and Angular Motion8 minutes
The Hydrogenic Atom9 minutes
The Diatomic Molecule18 minutes

4 readingsTotal 40 minutes

The Particle in a Box10 minutes
Internal Motion: Radial and Angular Motion10 minutes
The Hydrogenic Atom10 minutes
The Diatomic Molecule10 minutes

1 discussion promptTotal 10 minutes

Problem 4.1210 minutes

In Module 3 we explore the more realistic behavior of atoms and molecules. We also introduce and discuss numerical methods for solving the wave equation.