Doctorate in Physics (PhD)
As a doctoral candidate in physics, you will enjoy both flexibility and support as you narrow your field of inquiry and decide on a dissertation topic. The Brandeis doctoral program in physics begins with a year of core courses followed by specialization in the area of your choice.
Our low student-to-faculty ratio means you will work in true partnership with a researcher at the top of his or her field. You will take part in advanced research in a number of cutting-edge fields, from biophysics to particle physics, from microfluidics to radio astronomy, from cosmology to string theory.
The highly ranked Martin A. Fisher School of Physics at Brandeis University has an international reputation for excellence in research. It is located just outside Boston, a major center of physics research and home to some of the world’s best universities. You’ll be exposed to a steady stream of distinguished speakers and important colloquia.
Many of our doctoral students go on to become post-doctoral fellows or professors at top institutions, such as MIT and Harvard. Others begin careers in industry or government, or pursue research in the nation’s most prestigious labs.
Graduate students in physics at Brandeis do research in a wide variety of theoretical and experimental areas.
Students interested in particle physics can take advantage of our collaboration with the Brookhaven National Laboratory on Long Island (NY) and CERN (Geneva, Switzerland). The Brandeis group stationed at Brookhaven works on the construction of the ATLAS Inner Tracker, while our CERN contingent is focused on Higgs and Standard Model studies as well as Tracking.
Quantum and Gravitational Theory
Students interested in quantum and gravitational theory have opportunities to carry out interdisciplinary research in classical and quantum gravity, quantum information theory, quantum statistical mechanics, mathematical physics, cosmology and other topics.
Soft Matter and Biophysics
Students interested in soft matter and biophysics have the opportunity to do interdisciplinary research, including at one of our three internationally known centers that span the physical and life sciences: the Rosenstiel Basic Medical Sciences Research Center, the Volen National Center for Complex Systems, and the NSF-funded Bioinspired Soft Materials Research Science and Engineering Center, whose mission is to create new materials that are constructed from only a few simplified components, yet capture the remarkable functionalities found in living organisms.
Within Soft Matter and Biophysics, students interested in working at the intersection of the physical and life sciences may decide to apply to the Quantitative Biology Program.
As a physics PhD candidate, you will complete two semesters of quantum mechanics and electromagnetism and one semester of statistical mechanics for the first part of the program. You can fulfill other requirements in areas such as solid state physics, particle physics, as well as a seminar on conducting responsible science.
For the second part of the program, you will be asked to incorporate concepts in general physics with a specialized topic selected by you. Some Brandeis PhD candidates find collaboration between the physics and biological sciences departments fitting for their research interests and are actively encouraged to do interdisciplinary work. Other students choose to work exclusively within the physics department. The University Bulletin describes the requirements for the PhD in detail. You will be required to teach undergraduates for at least two semesters during the course of your studies.
Careers and Alumni
Brandeis PhDs in physics land impressive academic appointments at physics research institutes, medical schools and universities across the country, including Harvard, MIT, SLAC National Laboratory, Argonne National Lab, Cambridge University, University of California, Berkeley, and Max Planck Institute in Germany.
Other graduates have gone on to contribute to companies like Google, Microsoft, Apple and Tradelink in data science and engineering positions, and to governmental agencies such as the American Association for the Advancement of Science and the U.S. Senate Office.
“We really collaborate and ask each other for help. It's a very warm environment and everybody loves what they do, which is also important.”
Janna Lowensohn, PhD‘20