Physics GRE Resources
This page collects information for students preparing for the Physics GRE: official registration links, past exams, solution resources, study materials, admissions requirements, and practical advice for taking timed practice tests.
Last checked: July 17, 2026. Test dates, fees, locations, and university requirements can change. Always confirm the details on the official ETS and university pages before registering or applying.
On this page: Format and practice tests | Study materials | Study plan | Test-taking strategies | Do I need the GRE? | University policies | What this survey suggests | Booking | Application timeline | Fees and score reporting | Interpreting scores | Topics covered
Format and Practice Tests
The Physics GRE is now a computer-delivered, two-hour test with approximately 70 five-choice questions. This gives you an average of about 1 minute 43 seconds per question.
The test does not provide an on-screen calculator, and personal calculators are not permitted unless approved as an accommodation. ETS does provide a short table of physical constants and conversion factors, so you should practise without a calculator or personal equation sheet.
Complete at least some practice tests from a computer screen, using separate scratch paper, rather than printing every test. This better approximates the real test and helps you practise moving between the screen and written calculations.
The released exams below mostly use the older 100-question format. The time per question is roughly comparable to the current test, so the older exams are still useful for pacing. Complete each older exam in 2 hours 50 minutes. Do not simply take the first 70 questions as a current-format proxy: questions from different parts of the exam cover different material, and skipping the later questions would leave gaps in your practice.
Use the older released exams for most of your preparation, working from oldest to newest. Most use the older 100-question format, but they are still valuable for breadth, pacing, and repeated exposure to standard problem types.
Practice papers:
- 1986 Physics GRE
- 1992 Physics GRE
- 1996 Physics GRE
- 2001 Physics GRE
- 2008 Physics GRE
- 2017 Physics GRE
- Current-format ETS Physics Practice Book
Alternative sources: Harvey Mudd College’s past-exam collection and ETS’s current-format practice book. External resource links checked October 27, 2026.
Save the current-format ETS practice book for your final full practice test. Complete it last and allow yourself 2 hours. ETS also posts current test information on its Physics GRE content and structure page.
Some solutions to the older exams can be found at GREPhysics.NET: All-solutions list.
Study Materials
- Conquering the Physics GRE, third edition — Amazon (includes three full-length practice exams with worked solutions). See also the Cambridge University Press book page and co-author Yoni Kahn’s book information, which links to the authors’ resources and errata. The book predates the current computer-delivered format.
- How to ace the GRE and Physics GRE - Jaan Li
- Guide to Applying to US Science PhD Programmes and Fellowships - DJ Strouse
- APS video: Preparing for the Physics GRE
Study Plan
Begin with the oldest released exam as a diagnostic. Take it under timed conditions, mark it, and identify the topics and types of errors that cost you points. Then work forward through the older exams while combining targeted revision with shorter mixed sets of questions.
Keep the current-format ETS practice book unseen until the final two weeks before the real test. Use it as your dress rehearsal after you have already built speed and coverage with the older exams.
A useful weekly cycle is:
- Take a timed test or substantial timed question set.
- Mark every question, including correct answers reached by guessing.
- Add any needed formulae to your formula sheet.
- Review the relevant physics and look for the fastest reliable way to answer each missed or slow question.
- Retake missed or slow questions after several days without looking at the solution.
Keep an ever-growing formula sheet. Include formulae that recur and formulae you failed to recall. Memorise the standard results before the real test, but also practise reconstructing answers from dimensions, symmetry, limiting cases, and basic physical principles.
The released exams and current-format practice book contain 670 practice questions in total. By the end of your revision, aim to answer all of them quickly, recalling any necessary formulae from memory and recognising the shortcuts that make the timed test manageable.
Test-Taking Strategies
- Answer every question. ETS subtracts nothing for an incorrect answer, so guessing is better than leaving a question blank.
- Study and practise at the same time of day as your real test. It is not very useful to become good at taking the test at midnight if the real exam is at 9 AM.
- Do quick passes first: answer questions you can solve cleanly, mark the rest, and return.
- You have little time per question. If a problem takes a long time, make a note to look up a faster solution later.
- Use units, scaling, symmetry, special cases, and limiting cases to eliminate answers quickly.
- Estimate before calculating. Many questions require only the order of magnitude or qualitative dependence.
- Keep an eye on pacing and avoid spending too long on any one problem.
- Mark questions where you guessed, even when the guess was correct, and review them after the practice test.
- Review mistakes by topic and error type, not only by problem number.
Do You Need to Take the GRE?
Before registering, make a preliminary list of graduate programmes and check three separate questions:
- Does the programme require the General GRE?
- Does it require the Physics GRE?
- If the Physics GRE is optional, would a strong score add useful evidence that is not already clear from your transcript, research experience, and recommendations?
Policies change from year to year, and departments may distinguish between optional, recommended, not considered and not accepted. A score cannot help you at a department that will not consider it.
For students applying broadly to highly ranked US physics PhD programmes, particularly in theoretical physics, taking the Physics GRE may preserve considerably more options. The General GRE is required by far fewer physics departments, so check your intended programmes before preparing for it.
GRE Policies at 25 Leading US Physics PhD Programmes
This is a representative group of departments that regularly appear near the top of US graduate-physics rankings; it is not a definitive ranking. The policies below concern applications submitted in Fall 2026 for Fall 2027 entry wherever the department has published that information.
An asterisk indicates that the department had not yet posted a clearly labelled Fall 2027 policy when this page was checked. Recheck those programmes after their applications open.
| University | General GRE | Physics GRE | Cycle and notes |
|---|---|---|---|
| MIT | Not listed as required | Recommended, not required | Applications receive full consideration with or without GRE scores. |
| Stanford | Required | Required | Explicit Fall 2027–28 policy. Exceptions may be reviewed for documented extenuating circumstances. |
| Harvard | Optional | Required | Current cycle, with a December 15, 2026 deadline. |
| Caltech | Recommended, not required | Required | Explicit policy for the Fall 2027 cohort. |
| Princeton | Optional | Optional | Princeton recommends submitting a strong Physics GRE when it adds useful evidence, especially for international applicants. |
| UC Berkeley | Strongly recommended | Required | Explicit Fall 2027 policy. Berkeley states that both tests will be required beginning with Fall 2028 entry. |
| University of Chicago | Not required | Required | Explicit policy for Autumn 2027 matriculation. |
| Cornell | Not considered | Required for two theory areas only | Required for theoretical elementary-particle physics and theoretical condensed-matter physics. General and Physics GRE scores are not considered for experimental physics, physics education research, or astrophysics theory. |
| Columbia | Not required | Recommended, not required | Current page lists a December 3, 2026 deadline and promises full consideration with or without scores. |
| Yale | Optional | Optional | Explicit Fall 2027 policy. Yale states that no preference is given based on whether scores are submitted. |
| University of Illinois Urbana–Champaign | Optional | Optional | Both tests may be submitted. |
| UC Santa Barbara* | Not accepted* | Not accepted* | Latest posted wording says scores are not accepted for 2026 applicants; Fall 2027 wording was not yet posted. |
| University of Michigan* | Not used by Rackham | Not listed as an application requirement* | Rackham excludes General GRE scores from doctoral admissions. The Physics page still describes Fall 2026 and does not list the Physics GRE among its application materials. |
| University of Maryland | Not used | Optional, but recommended in some cases | Particularly encouraged for theory applicants, international applicants, students from less familiar institutions, and students whose transcripts may not show their full preparation. |
| University of Colorado Boulder | Not requested | Strongly recommended | The department explains that a Physics GRE score can have a significant positive effect in several circumstances. |
| Johns Hopkins | Optional | Optional | Applicants without scores receive full consideration. |
| UCLA | Accepted, not required | Strongly recommended | Current page gives a December 15, 2026 deadline. |
| UC San Diego* | Not used* | Required* | Latest posted page is for the preceding admissions cycle; verify that the requirement remains in place for Fall 2027. |
| University of Wisconsin–Madison* | Not considered* | Optional* | Latest posted policy recommends the Physics GRE when it would strengthen the application, particularly for theory. Page still describes Fall 2026 entry. |
| University of Washington | Optional | Optional | Explicit Autumn 2027 listing. The department describes the Physics GRE as a relatively minor component. |
| UT Austin | Not considered | Optional under restricted circumstances | Applicants who submit a Physics GRE must explain in the statement of purpose why it is integral to evaluating their application. |
| Northwestern* | Optional* | Optional* | Latest posted Physics PhD policy is for Fall 2026 matriculation; recheck for Fall 2027. |
| Duke | Optional | Optional | Duke notes that scores may provide useful information not conveyed elsewhere in the application. |
| Brown | Optional | Required, with an exception | Physics GRE requirement is waived for applicants who have a master’s degree in physics or a related field. |
| Stony Brook | Not accepted | Not accepted | The department no longer accepts either examination. |
What This Survey Suggests
The General GRE has largely disappeared as a universal physics requirement. In this group, Stanford clearly requires it, while Berkeley strongly recommends it and Caltech recommends it.
The Physics GRE matters at a larger number of departments. Stanford, Harvard, Caltech, Berkeley, Chicago, Brown, and the latest posted UC San Diego policy require it broadly. Cornell requires it for two theory tracks, and several other departments recommend it.
A reasonable rule is:
Plan to take the Physics GRE if you may apply broadly to highly ranked programmes, especially in theoretical physics. Take the General GRE only when your intended school list gives you a clear reason to do so.
Recheck every policy in September or October 2026, before finalising your application list.
Booking a Test Slot
Use the official ETS scheduling page to check current availability and book a test slot.
For the 2026–27 testing year, ETS lists the following GRE Subject Test windows:
- September 14–27, 2026 – scores scheduled for release October 5, 2026
- October 19–November 1, 2026 – scores scheduled for release November 9, 2026
- April 19–May 2, 2027 – scores scheduled for release May 10, 2027
For students applying in Fall 2026, the September and October windows are the useful ones. The April 2027 window is after the usual PhD application deadlines.
Registration for the 2026–27 testing year opens in July 2026. Test-centre availability changes and slots can fill, so do not leave booking until the last minute. Check the official scheduling system rather than relying on an old list of nearby centres.
Suggested Application Timeline
- June–July: Make a preliminary school list and take a diagnostic exam.
- July–August: Register and begin systematic revision.
- September 14–27: First useful testing window for Fall 2027 applicants.
- October 19–November 1: Final useful testing window for most programmes.
- November: Confirm that scores will arrive in time and recheck every department’s policy.
- Early–mid December: Most physics PhD applications are due.
Fees and Score Reporting
The worldwide GRE Subject Test fee is currently $175. ETS states that it will increase to $199 for registrations completed on or after August 1, 2026. Additional score reports cost $40 per recipient. Eligible students can apply for the GRE Fee Reduction Programme.
The test fee includes up to four free score reports to graduate institutions or fellowship sponsors, chosen during registration. For each free report, you can send your most recent Subject Test score or all reportable Subject Test scores from the last five years. Additional score reports can be ordered later for a fee.
Scores remain reportable for five years, and ScoreSelect allows students who retake the test to choose which test dates to report. The score scale and current percentile data are explained below.
Interpreting Your Score
ETS reports the Physics GRE total score on a 200–990 scale in 10-point increments. The total score is a scaled score, not the percentage of questions answered correctly. Scaling allows scores from different versions of the test to be compared despite small differences in difficulty.
For test takers between July 1, 2022, and June 30, 2025, ETS reports:
- 4,760 Physics GRE test takers
- A mean score of 733
- A standard deviation of 167
The percentile rank tells you the percentage of recent Physics GRE test takers who scored below a given scaled score. Selected values from the current ETS table are:
| Physics GRE score | Percentile rank |
|---|---|
| 990 | 96th |
| 960 | 89th |
| 900 | 77th |
| 860 | 70th |
| 800 | 60th |
| 740 | 50th |
| 700 | 43rd |
| 600 | 25th |
The comparison group is self-selected: it consists of people who took the Physics GRE, rather than all physics students. A 50th-percentile Physics GRE score therefore does not mean average performance among all undergraduate physics majors.
There is no universal score that is ‘good enough’. Expectations differ by department, subfield, and applicant background. A strong optional score may help when it supplies evidence not already obvious from the application. A weaker optional score need not always be submitted, but required-score programmes must receive it.
Topics Covered
ETS currently lists the approximate topic weights as follows.
- Classical Mechanics – 20% Kinematics, Newton’s laws, work and energy, oscillatory motion, rotational motion about a fixed axis, dynamics of systems of particles, central forces and celestial mechanics, three-dimensional particle dynamics, Lagrangian and Hamiltonian formalism, noninertial reference frames, and elementary fluid dynamics.
- Electromagnetism – 18% Electrostatics, currents and DC circuits, magnetic fields in free space, Lorentz force, induction, Maxwell’s equations and their applications, electromagnetic waves, AC circuits, and magnetic and electric fields in matter.
- Quantum Mechanics – 13% Fundamental concepts, solutions of the Schrödinger equation, including square wells, oscillators, and hydrogenic atoms, spin, angular momentum, wave-function symmetry, and elementary perturbation theory.
- Atomic Physics – 10% Properties of electrons, the Bohr model, energy quantisation, atomic structure, atomic spectra, selection rules, black-body radiation, x-rays, and atoms in electric and magnetic fields.
- Thermodynamics and Statistical Physics – 10% Laws of thermodynamics, thermodynamic processes, equations of state, ideal gases, kinetic theory, ensembles, statistical concepts and calculation of thermodynamic quantities, thermal expansion, and heat transfer.
- Specialised Topics – 9% Nuclear and particle physics, condensed-matter physics, mathematical methods, computer applications, and astrophysics.
- Optics and Wave Phenomena – 8% Wave properties, superposition, interference, diffraction, geometrical optics, polarisation, and the Doppler effect.
- Special Relativity – 6% Introductory concepts, time dilation, length contraction, simultaneity, energy and momentum, four-vectors and Lorentz transformations, and velocity addition.
- Laboratory Methods – 6% Data and error analysis, electronics, instrumentation, radiation detection, counting statistics, interaction of charged particles with matter, lasers and optical interferometers, dimensional analysis, and basic probability and statistics.