PHYSICS 253:
MODERN PHYSICS
Instructor: Jed Brody (N308, 7-5580, jbrody@emory.edu)
Text: Tipler and Llewellyn, Modern Physics, 4th edition
This course introduces two of the most astonishing fields of physics: special relativity and quantum mechanics. We will develop advanced skills in analytical problem solving and laboratory experimentation; for example, we will measure the speed of laser light, and we will measure the charge of an electron. By the end of the course, we will understand how quantum mechanics arose from controversy to become the foundation of the periodic table, biochemistry, and modern electronics.
The topics are challenging and often mind-boggling. Questions are welcome and strongly encouraged! Please do not hesitate to contact me at any time. (I usually don't check my email during the weekend. If a physics question is weighing on you and spoiling your weekend, you may try me at home: 404-636-8983.)
I teach the experimental labs. Ken Desmond, a graduate student, teaches the Matlab labs.
Special Relativity
(Chapters 1 and 2)
September 4: Problem Set 1 due
September 11: Problem Set 2 due
September 18: Problem Set 3 due
September 20: TEST 1
Historical Development
of Quantum Theory (Chapters 3, 4, and 8)
October 4: Problem Set 4 due
October 18: Problem Set 5 due
October 23: TEST 2
Foundations of Quantum
Mechanics (Chapters 5 and 6)
October 30: Problem Set 6 due
November 6: Problem Set 7 due
November 13: Problem Set 8 due
November 20: TEST 3
Applications of
Quantum Mechanics (Chapter 7)
December 4: Problem Set 9 due
December 11: Problem Set 10 due
December 19: FINAL EXAM (Chapters 3-8)
Course grades will be
computed as follows:
15% Test 1, 15% Test
2, 15% Test 3, 15% Problem Sets, 20% Lab, 20% Final Exam
Late policy: I'd prefer not to need a late policy, but I've found that some assignments are inevitably turned in late. Accordingly, it makes sense to have a consistent policy applied to all students.