Physics 101B

Modern Physics

Spring 1999

 

M,W,F 9:30—10:40 am, Earth & Marine Science B210.

Instructor: Robert Johnson

Office: Nat. Sci. II, Room 323; Phone 459-2125; FAX 459-5777

E-mail: johnson@scipp.ucsc.edu

Office hours: M,W,F 11:00—12:00 am.

 

Course web page: http://scipp.ucsc.edu/~johnson/phys101b/phys101b.html

 

TA: Paul Graham.

Discussion Section: Tuesdays, 7:00—8:30 pm, Kerr 283.

Office hours: TBD

Textbook: Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles, 2nd Edition, by R. Eisberg and R. Resnick. Publisher: Wiley.

 

Tentative Syllabus

 

Week

Dates

Topics

Chapter

Homework

due

1

March 31

April 2

1-D quantum potentials

Harmonic oscillator

6.1–6.8

6.9

 

2

April 5

April 7

April 9

Coulomb potential

Orbital angular momentum

Magnetic dipole moments and electron spin

7.1–7.7

7.8–7.9

8.1–8.3

 

 

#1

3

April 12

April 14

April 16

Spin-orbit interaction

Identical particles and the exclusion principle

Multi-electron atoms and the periodic table

8.4–8.6

9.1–9.3

9.4–9.8

 

 

#2

4

April 19

April 21

April 23

LS coupling and the Zeeman effect

Quantum distribution functions

Specific heat of a crystalline solid, photon gas

10.1–10.7

11.1–11.4

11.5,11.8

 

 

#3

5

April 26

April 28

April 30

Light emission and absorption, Lasers

Free electron gas

Midterm Exam

11.6,11.7

11.11

 

 

 

 

6

May 3

May 5

May 7

Band theory of solids

Electrical conduction

Semiconductor devices

13.1–13.3

13.4–13.8

13.9–13.10

 

 

#4

7

May 10

May 12

May 14

Nuclei and nuclear binding

Liquid drop model and Fermi gas model

Magic numbers and the shell model

15.1–15.4

15.5,15.7

15.6,15.8

 

 

#5

8

May 17

May 19

May 21

Alpha Decay

Beta and gamma decays

Nuclear reactions, fission, fusion

16.1–16.2

16.3–16.6

16.7–16.10

 

 

#6

9

May 24

May 26

May 28

Particles and the fundamental interactions

Conservations laws: baryon number, lepton number, P, C, and T

 

Chapter 17

 

 

#7

10

June 1

June 2

June 4

Quarks and Leptons

Modern particle physics and

gauge theories

 

Chapter 18

 

 

#8