Graduate Program - Doctoral Degree Requirements
It is recommended that students in the Ph.D. program be associated with a research advisor by the spring quarter of their first year.
A special seminar class PHYS288 is designed to familiarize the student with research activities of the faculty.
A student is recommended for advancement to candidacy for the Ph.D. degree in Physics upon completion of the following requirements:
Comprehensive Examination |
Satisfactory performance on the comprehensive examination, before the winter quarter of the student's second year is required. The examination is offered twice each academic year. For students starting in the fall quarter of 2008 or thereafter, the exam is offered for the first time at the end of the spring quarter (about the last week of June). A make-up exam is offered at the end of the following fall quarter (about the first week in January). The examination consists of a six-hour written exam (two sessions) that covers topics in Classical Mechanics, Statistical and Thermal Physics; and Quantum Mechanics and Electromagnetism at the graduate level. Based on the exam performance (written+oral) the department recommends a pass at the Ph.D. level, a pass at the M.A./M.S. level, or a fail. The examination may be repeated only once following the initial attempt.
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Coursework |
Satisfactory completion of the courses listed below. Each course must be passed with a grade of B- or better and the student must maintain an average for all courses of B or better.
Core Courses:
Physics Track
Phys 210A, 210B |
Electromagnetic Theory |
Phys 212A, 212B |
Thermodynamics and Statistical Mechanics |
Phys 221A, 221B, 221C |
Quantum Mechanics |
| Phys 205 |
Classical Mechanics |
Phys 401 |
Scientific Writing |
| Phys 288 |
Current Research Themes in Physics |
Astrophysics Track
Phys 210A, 210B |
Electromagnetic Theory |
Phys 212A, 212B |
Thermodynamics and Statistical Mechanics |
| Phys 205 |
Classical Mechanics |
| Phys 218 |
Fundamentals of Astrophysics |
| Phys 219 |
Cosmology and Galaxy Formation |
Phys 401 |
Scientific Writing |
| Phys 288 |
Current Research Themes in Physics |
In addition, at least three elective graduate lecture courses must be completed from the various tracks a-g. The program for each student must be approved by the graduate committee and by the student's research advisor. Such a program may entail more than the minimum number of courses, and may also involve a mixture of courses in addition to those listed below.
Elective Courses:
a.) Nuclear and Particle Physics |
Phys 230A, 230B, 230C |
Advanced Quantum Mechanics |
Phys 225A, 225B |
Elementary Particles |
b.) Condensed Matter, Surface, Optical Physics & Biophysics |
Phys 240A, 240B, 240C |
Condensed Matter Physics |
Phys 209A, 209B |
Introduction to Quantum Electronics |
Phys 242 |
Physics at Surfaces and Interfaces |
| Phys 234 |
Physics of Nanoscale Systems |
| Phys 235 |
Spintronics and Nanoscale Magnetism |
| Phys 236 |
Advanced Imaging Techniques |
| Phys 241A,B,C |
Advanced Statistical Physics and Field Theory |
| Phys 246A,B |
Biological Physics |
| Phys 242 |
Biological Physics |
c.) Astrophysics
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Phys 211A |
Radiative Processes in Astrophysics |
Phys 211B |
Astrophysical Fluid Dynamics |
Phys 208 |
General Relativity |
| Phys 214 |
Techniques of Observational Astrophysics |
| Phys 215 |
Galactic Dynamics |
| Phys 216 |
Star Formation |
| Phys 217 |
Stellar Structure and Evolution |
d) Cosmology and Astroparticle Physics
Phys 225A, 225B |
Elementary Particles |
| Phys 230A |
Advanced Quantum Mechanics |
| Phys 208 |
General Relativity |
| Phys 226 |
Cosmology |
| Phys 227 |
Particle Astrophysics |
e) Environmental Physics: Courses chosen from Condensed Matter, Surface and Optical Physics as well as:
SWSC 203 |
Surface Chemistry of Soils |
SWSC 207 |
Advanced Soil Physics |
SWSC 213 |
Soil Mineralogy |
SWSC 221 |
Transport and Fate of Inorganic Contaminants in Soil-Water Systems |
SWSC 222 |
Transport and Fate of Organic Contaminants in Soil-Water Systems |
ENTX 215 |
Toxicants in Aqueous Media |
ENTX 244/Chem 244 |
Airborne Toxic Chemicals or other approved graduate level courses in related fields. |
f) Materials and Nanoscale Physics: Two courses from track (b) and two additional approved courses from the departments of Chemistry , Chemical and Environmental Engineering, Mechanical Engineering, or Electrical Engineering.
g) Astronomy:
| Phys 208 |
General Relativity |
| Phys 211A |
Radiative Processes in Astrophysics |
| Phys 213 |
Astrophysics of the Interstellar Medium |
| Phys 215 |
Galactic Dynamics |
| Phys 216 |
Star Formation |
| Phys 217 |
Stellar Structure and Evolution |
| Phys 226 |
Cosmology |
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Qualifying Oral Examination
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Satisfactory performance on an oral examination in the general area of the student's proposed research.
This examination is conducted by a doctoral committee, charged with general supervision of the student's research. It is normally taken during the academic year following that in which the Comprehensive examination requirement has been successfully completed. A student who fails this examination on the first attempt may, at the discretion of the committee, be permitted to take it a second time. Only two attempts are allowed. |
The student is recommended for the Ph.D. degree following their advancement to candidacy and completion of the following requirements:
Doctoral Thesis
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Satisfactory completion of a dissertation containing a review of existing knowledge relevant to the candidate's original research, and the results of the candidate's original research. This research must be of sufficiently high quality to constitute a contribution to knowledge in the subject area. |
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Final Oral Examination
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Satisfactory performance on a final oral examination conducted by the candidate's doctoral committee. |
The normative time to complete a Ph.D. degree is 15 quarters for theoretical physics; 18 quarters for experimental physics; 17 quarters for specialization in the theory of environmental physics and 20 quarters for specialization in experimental environmental physics.
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