PHYS 633

Classical and Modern Physics III

Topic:  Modern Physics

 

Prerequisite:  Undergraduate degree.  Normally PHYS 631 and 632.  If not then instruction permission is required, which will require two semesters of calculus-based introductory physics including mechanics, heat and thermodynamics, fluids, electricity and magnetism, and optics.

 

Purpose:  A comprehensive study of modern physics using some calculus and emphasizing concepts and problem solving.  This course is intended for in-service teachers, particularly those desiring to be (or already are) high school physics teachers.  This course can be used for teachers who are seeking endorsement or certification to teach high school physics.  This is a required course for the UVa Master of Art in Physics Education.

 

Physics 633, Modern Physics, is tailored to fit the needs of current teachers for whom the typical university class schedule is not convenient.

 

This distance-learning course can help you reach all of these goals. You can take it from anywhere in the world.  It is structured to allow you to complete all of the assignments without traveling to Charlottesville. Although there are completion deadlines, you may work at a faster pace and complete the course in less than a semester.

 

This distance-learning course will introduce

 

The organization of the course is based on the textbook. This website supplements the required textbook readings.  See http://modern.physics.virginia.edu/course/index.html

 

Instructor:  Stephen T. Thornton, Professor of Physics.

 

Dates:  This is a distance-learning course taught entirely via the Internet.  There is considerable flexibility for when the work is done, but it generally needs to be done between May 15 – August 15, 2003.  Students may start the class as late as June 1.  Flexibility will be allowed for those going on vacation or taking other workshops/courses during the summer.  However, there will be deadlines for exams during the 3 month time period, and because this is a serious course, it is not possible to put the work off until the last few weeks.  The Instructor can change the suggested deadlines for individual students who have a varied summer schedule.  All assignments will be posted at the beginning of the course.  A diligent student working full time on just this course could finish in 3-4 weeks, but probably would not fully absorb the content.

 

Course Registration:  Four hours graduate credit.  Register online at http://www.scps.virginia.edu/methods_of_registering.htm.  Or, call 434-982-5313 to register by phone.  This must be done through the Charlottesville office of the UVa School of Continuing and Professional Studies.  See the website at   http://www.scps.virginia.edu/charlottesville/ for more information.  On-line course registration is now available.  In-state and out-of-state tuition rates are available.  All teachers in a degree program, including MAPE, must pay the appropriate tuition rates.  There is a special educator rate for teachers who are not in a degree program and are currently under contract in a K-12 teaching position in Virginia.

 

Grades:  Grades will be determined by the following (subject to change):

Homework problems:

20%

Chapter tests:

40%

Final Exam:

40%

           

Textbook:  Modern Physics for Scientists and Engineers, 2/e

                   Author: Stephen T. Thornton & Andrew Rex

                   Publisher: Brooks/Cole (formerly Saunders) College Publishing

                   ISBN#: 0-03-006049-4.

See http://modern.physics.virginia.edu/course/materials.html for textbook purchase information.

 

 

PHYS 633 Tentative Schedule - Summer 2003

Date

Homework Due

Chapter Test Deadline

May 20, 2003

Chapter 2

 

May 21

 

Chapter 1, 2

May 26

Chapter 3

 

June 1

Chapter 4

 

June 2

 

Chapter 3, 4

June 6

Chapter 5

 

June 12

Chapter 6

 

June 13

 

Chapter 5, 6

June 18

Chapter 7

 

June 24

Chapter 8

 

June 25

 

Chapter 7, 8

June 28

Chapter 9

 

July 4

Chapter 10

 

July 9

Chapter 11

 

July 10

 

Chapter 9, 10, 11

July 15

Chapter 12

 

July 20

Chapter 13

 

July 21

 

Chapter 12, 13

July 26

Chapter 14

 

August 1

Chapter 15

 

August 5

Chapter 16

 

August 8

 

Chapter 14, 15, 16

August 15, 2003

 

FINAL EXAM

 

 

 

 


 

Overview

Chapter 1:

One Hundred Years Ago

Chapter 2:

Special Theory of Relativity

Chapter 3:

The Experimental Basis of Quantum Theory

Chapter 4:

Structure of the Atom

Chapter 5:

Wave Properties of Matter

Chapter 6:

The Quantum Theory

Chapter 7:

The Hydrogen Atom

Chapter 8:

Many-Electron Atoms

Chapter 9:

Statistical Physics

Chapter 10:

Molecules and Solids

Chapter 11:

Semiconductor Theory and Devices

Chapter 12:

The Atomic Nucleus

Chapter 13:

Nuclear Interactions and Applications

Chapter 14:

Elementary Particles

Chapter 15:

General Relativity

Chapter 16:

Cosmology--The Beginning and the End