UCLA Physics & Astronomy

Resources

Graduate admissions

What are the basic requirements to apply to the department? An applicant for admission must hold a bachelor's degree from an accredited college or university and must have the necessary academic preparation to participate successfully in graduate level courses.

For students who are interested in a fee waiver, please consult the Graduate Division Admissions website for more information.

The Department only considers graduate applications for the fall quarter. Applications are evaluated only when all of the materials listed below are received.

What we require

Online graduate admissions application.
A statement of purpose.
A personal statement.
Three letters of recommendation: enter names & information of recommenders in the online application; they will receive an email with link to upload their letter.
Transcripts: All applicants may upload unofficial copies of transcripts with the application for review purposes. If you are recommended for admission and decide to accept the offer, you must submit final, official copies of your transcript for final approval of your admission by Graduate Division's Graduate Admissions Office.

Test scores

GRE Physics and GRE general scores for the Physics PhD:

GRE (updated for 2021 admissions):
The selection of the Ph.D. students admitted to the Physics program is based on an individualized review of each application. Submission of the general and physics GRE scores are accepted, but not required for Fall 2021 admission to the programs. Absence of GRE scores will not negatively affect the admission decision. Those who choose to report GRE scores may do so by self-reporting them or uploading an unofficial GRE score report in lieu of an official report.
Students who are admitted and intend to enroll may send official reports to UCLA institution code 4837, major code 0808.
We will accept GRE scores from tests taken within the last 5 years. If the test was taken multiple times, enter the most recent scores on the online application.

GRE Physics and GRE general scores for the Astronomy & Astrophysics PhD:

GRE (updated for 2021 admissions):
The selection of the Ph.D. students admitted to the Astronomy and Astrophysics program is based on an individualized review of each application. Submission of the general and physics GRE scores are accepted, but not required for Fall 2021 admission to the program. Absence of GRE scores will not negatively affect the admission decision. Those who choose to report GRE scores may do so by self-reporting them or uploading an unofficial GRE score report in lieu of an official report.
Students who are admitted and intend to enroll may send official reports to UCLA institution code 4837, major code 0801.
We will accept GRE scores from tests taken within the last 5 years. If the test was taken multiple times, enter the most recent scores on the online application.

TOEFL/IELTS scores (international)

Request official report from ETS Physics Deptartment/major code: 76 / Astro 61. We will accept TOEFL scores from tests taken within the last 2 years. Acceptable scores include: TOEFL: 570 (paper), 230 (computer), TOEFL IBT: 88, IELTS: 7.0. Send TOEFL scores to the department and IELTS scores to both the Department & Grad Division:
UCLA Department of Physics & Astronomy, Graduate Office, 430 Portola Plaza, Box 951547, Los Angeles CA 90095-1547
UCLA Graduate Admissions Student & Academic Affairs, 1255 Murphy Hall Box 951428, Los Angeles CA 90095-1428.

Fellowship application

We encourage all U.S. citizens and permanent residents to submit the fellowship application.

For the Astronomy & Astrophysics PhD only

The University of California recently changed the distribution of funds available for graduate student support in such a way that it is now more difficult for the Astronomy and Astrophysics Division to support graduate students from overseas on fellowships. International applicants to the Astronomy and Astrophysics PhD are therefore urged to contact specific faculty members whose research is of interest to see whether research assistant positions are available.

Deadlines

Deadline to submit application is December 15. Scores and letters should reach us by the first week in January. Note: only the required application application items will be evaluated. Do not mail or upload any other supplemental documents or any duplicates of uploaded application items.

Questions? Contact us by email or phone 310-206-6994.

Physics: Earning the PhD degree

For a comprehensive description of the PhD in Physics, consult the program requirements.

Course Requirements

Students are required to complete 36 units. Students fulfill the 36-unit requirement by taking the six core courses (24 units), two required non-core courses (4 units) and two elective courses (8 units). No more than eight units may be chosen from Physics 596 and/or seminar courses. Physics 597 and 598 may not be applied toward course requirements for the M.S. degree.

Students are required to enroll in a minimum of 12 units each quarter and maintain a minimum 3.0 GPA.

Written Comprehensive Examination

The written comprehensive examination consists of two four-hour sections given on consecutive days, and its scope is defined by the graduate physics material in the six core courses (Physics 210A, 210B, 215A, 220, 221A, and 221B).

The written comprehensive examination is offered once a year, in the week before the beginning of classes in Fall Quarter. Students entering the graduate program in Fall Quarter are expected to take the written comprehensive examination before their fourth quarter of residence.

Students are required to pass the written comprehensive examination at the PhD level. This level is determined by the Comprehensive Examination Committee for each examination session. If students fail to pass the examination at the PhD level, they may take it a second time the next session it is given.

Once a student has completed the required courses and passed the comprehensive exam at the MS level or above, they may file a petition to receive an M.S. degree. For a comprehensive description of the Master’s in Physics, consult the program requirements.

Doctoral Committee

Doctoral committees are arranged by the student before the oral qualifying examination. Students are encouraged to consult with their advisor for recommendations on committee members.

To nominate a doctoral committee, please consult the minimum standards for doctoral committees and complete the nomination of doctoral committee form. The doctoral committee must be approved by Graduate Division before the oral qualifying examination.

Oral Qualifying Examination

The oral qualifying examination is an oral presentation of the student’s proposed dissertation problem.

To schedule the oral qualifying exam, contact your advisor’s administrative assistant to book a room and time for the exam. After you have scheduled the exam, complete the preparation for oral qualifying exam link (http://www.pa.ucla.edu/content/preparation-qualifying-or-final-exam) at least two weeks prior to the date of the actual exam.

Upon the successful completion of their oral qualifying examination, students are advanced to candidacy. Full-time students are expected to advance to candidacy by their 9th quarter in residence.

General Guidelines for the Oral Qualifying Exam

The qualifying oral exam is an opportunity to demonstrate to your committee that you have acquired an adequate command of your field and resources to produce original and significant work. The time frame of the exam may vary between one to two hours depending on the discussion time for the committee. The presentation lasts about 30 minutes (about 15 slides, 2 minutes per slide). Expect interruptions from committee members in order to ask questions/clarify points and remember to leave time for questions at the end as well.

The presentation itself should cover the following key topics:

1. An introduction to the science of your topic (i.e., why should someone be interested in what you are about to say?)

2. What you've done so far. You will want to discuss background literature and preliminary results, if you have them. It is important to make clear what *you* did when you are giving the background information.

3. Next steps (i.e., what’s your plan for completing the project?). If there are any resources you are counting on (such as the repair or delivery of a big laser) you should talk about that and if there is a chance you won't get it, what is your Plan B?

4. Timeline for completion of project

It is highly recommended that the student consult closely with the advisor about the contents of the examination.

Other general advice:

1. Never have any words, phrases, or plots that you do not understand at least "one sentence deeper". Anything on your slides is fair game for someone to ask "What is xxx?" If you don't know at all, that does not look good.

2. Have nothing on the slides you do not need. They only distract and waste the time of the person in the audience trying to figure it out. So if for example you take a slide from a publication and it has four curves on it but you only want to talk about one, white-box over the lines or points you are not going to talk about.

3a. *ALL* text and plots on your slides should be clearly legible. If axes numbers cannot be read, you can white-box them over and rewrite your own large numbers. Or use arrows and big numbers for values. If an axis is labeled with a complicated formula but you only need to say something simple such as "emittance", replace it. If something is not legible and is not necessary, just remove it by cropping or white box. The person in the audience will be annoyed trying to read fonts that are too small. If they are totally unreadable that is a bit insulting to the audience. (The only exception to this rule is if your point is to show something is hopelessly complicated)

3b. The corollary to rule #3 is that you should only have at most two plots per slide, but keep to one. *Extra* plots can go into backup slides.

4. Slide area is valuable. Don't waste it with large repetitive designs etc. from the master. Make sure your plots use all available space even if it means dragging a corner 10% bigger. Legibility goes as the square of the plot area.

5. You need to give a practice talk at least twice. Preferably do it once with a friend and once with your advisor. If you advisor is asking basic questions about your slides and it becomes clear he or she has not seen them before, that will really annoy the other committee members.

Good luck!

Dissertation

Every doctoral degree program requires the completion of an approved dissertation that demonstrates the student's ability to perform original, independent research and constitutes a distinct contribution to knowledge in the principal field of study.

Final Oral Examination

A final oral examination (i.e. defense) is required for all students in the program. Full-time students are expected to defend and submit their Ph.D. dissertations by their 18th quarter in residence. To schedule your defense, consult and complete the preparation for final oral exam form.

Filing Your Dissertation

When you are ready to file your dissertation, please consult with Graduate Division for deadlines, formatting and other regulations.

Questions? Contact us by email or phone 310-206-6994.

Astronomy: Earning the PhD degree

For a comprehensive description of the PhD in Astronomy, consult the program requirements.

Course Requirements

Students are required to take seven core courses (Astronomy 270, Astronomy 271, Astronomy 272, Astronomy 273, Astronomy 274, Astronomy 280, and Astronomy 281) and two elective courses from the following course options: Astronomy 275, Astronomy 276, Astronomy 282, Astronomy 283, and Astronomy 286. Students are also strongly encouraged to take Astronomy 284 in each of their first two years of the program. Students are required to enroll in a minimum of 12 units per quarter and maintain a 3.0 GPA.

Comprehensive Examination

The purpose of the comprehensive exam is to train students to perform research at the Ph.D. level and is designed to assess both research ability and general knowledge of astronomy and physics at the graduate level.

The comprehensive examination itself is comprised of a written component and an oral component. The written component is the culmination of the second-year research project. The oral component is the presentation of the second-year research project. During the oral presentation, students are expected to respond to questions on their research and to solve basic problems from all core areas of astrophysics. The oral presentation is conducted in the Spring quarter of students’ 2nd year by the comprehensive examination committee, appointed by the vice chair and consisting of three members.

Here is a detailed decription of the Astronomy comprehensive exam.

Doctoral Committee

Doctoral committees are arranged by the student before the oral qualifying examination. Students are encouraged to consult with their advisor for recommendations on committee members.

Oral Qualifying Examination

The oral qualifying examination, the main purpose of which is to discuss and evaluate the student’s proposed dissertation problem, consists of a written component and an oral component. The written component is a written proposal of a proposed dissertation topic. The oral component is the presentation of the written proposal.

To schedule the oral qualifying exam, contact your advisor’s administrative assistant to book a room and time for the exam. After you have scheduled the exam, complete the preparation for oral qualifying exam form at least two weeks prior to the date of the actual exam.

Upon the successful completion of their oral qualifying examination, students are advanced to candidacy. Full-time students are expected to advance to candidacy within 10 quarters.

Dissertation

Final Oral Examination

Filing Your Dissertation

When you are ready to file your dissertation, please consult with Graduate Division for deadlines, formatting and other regulations.

Questions? Contact us by email or phone 310-206-6994.