PHY 251 Course Infomation Spring 2002



Prerequisites: PHY132 or 142, or PHY126+127; MAT203, or MAT205, or AMS261
Lectures:   Physics P-127 Mo, Wed 3:20 - 4:40 pm
Recitation: Section 1
Section 2
Physics P-122
Physics P-122
M 2:15-3:10pm
W 2:15-3:10pm
Sterman
Schwenk
Laboratory (Phy252): Section 1 A-133
T 12:50-2:50pm
To be determined
Textbook: Kenneth Krane, Modern Physics, 2nd Edition, Wiley
Lab Manual: PHY252 "Modern Physics Laboratory" Version 1, Campus Bookstore

Note: The companion laboratory course has a separate course number PHY252: Modern Physics Lab for one credit. Students majoring in physics are required to register for both PHY251 and PHY252. First meetings of the sections for recitation and laboratory begin after the second lecture.

Instructors

Course Director
and Lecturer:

George Sterman

MT6-109
2-7967

Office hrs: Tu 2-4, Th 10-12, e-mail

Recitation Instructors:

Section 1:
Sterman

Section 2:
Achim Schwenk

MT-6109
632-7967

Physics C-115
632-9843

 
 

Office hrs: Mo 9-10, Tu 3-4 e-mail

Lab TA:

Aleksander Sobczyk

Physics C-123
632-4079

Office hrs: e-mail

Course Description

Based on the Undergraduate Bulletin: The elements of the special theory of relativity and fundamentals of the quantum theory, including wave-particle duality and wave functions are introduced and applied to nuclei, atomes molecules and solids.

Syllabus:

1. Special Relativity Galilean transformations and the Michelson-Morely experiment
Postulates of relativity, time dilation
Lorentz transformations, length contraction
Relativistic energy and momentum
2. Introductory Quantum Concepts The photoelectric effect and Compton scattering
De Broglie waves
Particle diffraction and the uncertainty principle
Rutherford scattering and the nucleus
Hydrogen spectra and the Bohr atom
3. Wave Mechanics and Atomic Physics The Schrodinger Equation
Free particles, steps and barriers
Quantum oscillators
The Hydrogen atom
Spin and spectroscopic notation
The Pauli principle and the periodic table, lasers
4. Quantum Mechanics and Relativity in Action Molecules
Statistical mechanics
Solids
Nuclei, radioactivity and neutrinos
The standard model of elementary particles
The expanding universe

Course Instructions

Homework assignments, schedules, and other information will be available via this web site as well as in the lecture. This page can be reached from the Physics department home page (http://www.physics.sunysb.edu) and from the university Instructional Computing Course information page.

Supplies

You should own a copy of the textbook, a scientific calculator with trig, log, and exponential functions, and bring it to class and laboratory. In addition, you will need a laboratory notebook.

Homework

Homework will be assigned each week. It will be collected for grading in the following week at the beginning of each recitation session, with the exception that the first and second homeworks will be due for Section 1 at its first meeting, on Monday, February 4. The first and second homeworks will be due for Section 2 at its second meeting, on Wednesday February 6. Homework assignments will be posted on the web. Copied or late homeworks will not be accepted. Excused homeworks will be removed from the average.

Set

due date

problem set (Ch-prob1,prob2,..)

Solutions

1

4-Feb

Chap. 2-1,3,5,9 (Recommended: 4,10,11)

2

11-Feb

Chap. 2-11,15,19,30 (Recommended: 18,21,28)

3

18-Feb

Chap. 2-34, 3-9,19,25 (Recommended: 2-39, 3-20,28)

3

4

25-Feb

Chap. 4-7,11, 6-7,16 (Recommended: 4-5 6-18)

4

5

4-Mar

Chap. 4-15,17,24, 6-19

5

6

11-Mar

Chap. 4-28, 5-2,3,7 (Recommended 5-9,12)

6

7

18-Mar

Chap. 5-25,27,33,34

7

8

1-Apr

Chap. 7-5,7,9,17

8

9

1-Apr

Chap. 7-22,23,24a 8-2c,d

9

10

1-Apr

Chap. 8-3,4,6

10

11

29-Apr

Chap. 7-18 9-3,12,13

11

12

6-May

Chap. 10-9.13.21

12

Recitation

Recitation attendance is required, and a quiz based on the homework will be given at the end of each session. There will be no make-up quizzes. Excused absences will be removed from the average.

Examinations

There will be two mid-term examinations during the semester, and a final 2.5-hour exam during finals week. There will be no make-up exams.

ExamDate Material Solutions
Midterm I Wed. Feb. 27 in class Chapters 2,3, Secs. 4.1,6.3,6.4,6.5 1
Midterm II Wed. Apr. 10 in class Chapter 5, 7, Sec. 6.5, 8.1, 8.2 2
Final Mon. May 13 2-4:30 Chapters W-Z
(Only the sections covered in the lecture)

Short Paper

A short paper reporting on research literature will be assigned in class at a time between the two midterms.

Grading

Your final grade will be determined as follows:
Hour Examinations 20% each; Recitation 25%; short paper 5%; Final Examination 30%

Special Notes:

Any excuses (medical or otherwise) are to be documented, and discussed with the instructors in a timely manner. If you have a physical, psychiatric, medical, or learning disability that may impact on your ability to carry out assigned course work, I urge that you contact the staff in the Disabled Student Services office (DSS), Room 133 Humanities, 632-6748. DSS will review your concerns and determine, with you, what accommodations are necessary and appropriate. All information and documentation of disability is confidential.


Jan. 14, 2001, George Sterman