Graduate Physics Courses

Group 1 - Core

Group 1 - Core
Class Number
Class Description
Credits
PHYS7001 Mathematical Physics

4

PHYS7002 Statistical Physics

4

PHYS7005 Classical Particles and Fields I

4

PHYS7006 Classical Particles and Fields II

4

PHYS7010 Quantum Mechanics I

4

PHYS7011 Quantum Mechanics II

4

All graduate students who receive a degree from UC's Physics Department must complete the entire set of graduate core courses, which are ordinarily taken in the first year. Waivers for one or more of these courses may be approved by the Graduate Program Director based on background (and/or Qualifying Exam performance) prior to starting at UC.

Group 2 - Seminar

Group 2 - Seminar
Class Number
Class Description
Credits
PHYS8090 Colloquium

1

PHYS8091 Advanced Seminar

1

All graduate physics students must enroll in the Colloquium as a course and are required to attend regularly. Full-time physics graduate students are also expected to register for any appropriate Advanced Seminar. These courses may be taken for credit or may be audited, as determined by the student's advisor in consultation with the department’s Director of Graduate Studies.

Group 3 - Research

Group 3 - Research
Class Number
Class Description
Credits
HYS8072R Master’s Research

1-12

PHYS8071R Doctoral Research

1-12

Research courses are repeatable, which means credit accumulates each term. Usually, the credit in any one term is chosen so that the student's total graded credits equal 12. Most students earn more than the minimum required to earn a degree.

In the physics department, a student receives a P grade or (in the case of a student who has passed the oral exam but is not yet in last term of registration) an SP grade.

For a thesis Master's of Science degree, the minimum requirement is 6 semester credits of PHYS8072.

For a coursework Master's, no Research credits are required.

For a doctorate, 10 semester credits of PHYS9071 are required.

Group 4 - Specialization

Group 4 - Specialization
Class Number
Class Description
Credits
PHYS8025 Astrophysics I

3

PHYS8026 Astrophysics II

3

PHYS8010 Field Theory I

3

PHYS8011 Field Theory II

3

PHYS8015 Particle Physics I

3

PHYS8016 Particle Physics II

3

PHYS8030 Advanced Statistical Physics

3

PHYS8031 Many Body Theory

3

PHYS8035 Condensed Matter Physics I

3

PHYS8036 Condensed Matter Physics II

3

PHYS8038 Experimental Methods in CM

3

  Special Topics, offered according to demand and instructor availability

3

  Physics-related graduate lecture courses in other departments as approved by Graduate Program Director and Advisor.

3-4

Thesis MS students need to take 2 specialization courses.

Coursework MS requirements include 4 specialization courses.

Doctoral students take 4 specialization courses, including 1 outside his/her research field

Group 5 - Elective

Group 5 - Elective

Class Number

Class Description

Credits

PHYS60XX

Any 6000-level course

 

PHYS8054

Education Seminar

(Probably 1 credit)

1-12

PHYS8071

Advanced Problems

1-12

 

Non-physics related

graduate courses

 

These courses may be taken for graduate credit, but are not part of a particular physics graduate program requirement. They are part of a student's 12 graded graduate credits.

Both Education Seminar and Advanced Problems are repeatable.

PHYS60XX are a set of courses in the physics department that can be taken by graduate or undergraduate students. Graduate students have the choice of registering in these courses for either graduate credit or undergraduate non-credit. Additional work may be required for graduate credit.

In addition, students may take undergraduate courses and audit courses (graduate or undergraduate) for zero credit toward degree. Students may enroll for up to 6 credits of such courses each term.

Courses

Class Number

Class Description

Credits

 
   

Min

Max

Level

PHYS6010

Introductory Quantum Mechanics I

3

3

BDM

PHYS6011

Introductory Quantum Mechanics II

3

3

BDM

PHYS6041

Introduction to Computational Physics

3

3

BDM

PHYS6045

Introduction to Quantum Computing

3

3

BDM

PHYS7001

Mathematical Physics

4

4

BDM

PHYS7002

Statistical Physics

4

4

DM

PHYS7005

Classical Particles and Fields I

4

4

DM

PHYS7006

Classical Particles and Fields II

4

4

DM

PHYS7010

Quantum Mechanics I

4

4

DM

PHYS7011

Quantum Mechanics II

4

4

DM

PHYS8010

Quantum Field Theory I

3

3

DM

PHYS8011

Quantum Field Theory II

3

3

DM

PHYS8015

Particle Physics I

3

3

DM

PHYS8016

Particle Physics II

3

3

DM

PHYS8025

Astrophysics I

3

3

DM

PHYS8026

Astrophysics II

3

3

DM

PHYS8030

Advanced Statistical Physics

3

3

DM

PHYS8031

Many Body Theory

3

3

DM

PHYS8035

Condensed Matter Physics I

3

3

DM

PHYS8036

Condensed Matter Physics II

3

3

DM

PHYS8038

Experimental Methods in Condensed Matter Physics

3

3

DM

PHYS8041

Advanced Topics in Computational Physics

3

3

DM

PHYS8051C

Physics by Inquiry I

4

4

M

PHYS8052C

Physics by Inquiry II

4

4

M

PHYS8054

Graduate Seminar in Physics Education

1

12

DM

PHYS8071

Advanced Problems

1

12

DM

PHYS8072

Research for the Master’s Degree

1

12

M

PHYS8090

Graduate Colloquium

1

1

DM

PHYS8091

Advanced Seminar

1

1

DM

PHYS9010

Advanced Topics in Quantum Field Theory

3

3

DM

PHYS9015

Advanced Topics in Particle Physics

3

3

DM

PHYS9020

Advanced Topics in Astrophysics

3

3

DM

PHYS9031

Advanced Topics in Many Body Theory

3

3

DM

PHYS9035

Advanced Topics in Condensed Matter Physics

3

3

DM

PHYS9070

Special Topics in Modern Physics

3

3

DM

PHYS9071

Research for the Doctorate

1

12

D