M.Sc. in Quantum Fields, Strings and Gravity (Theoretical Physics)
Is this course for me?
The M.Sc. in Quantum Fields, Strings and Gravity offers advanced education in modern High Energy Theory and Mathematical Physics. The topics include String Theory, Conformal Field Theory, General Theory of Relativity & Cosmology, Quantum Field Theory and Lattice Gauge Theory. Students will have an opportunity to discuss cutting edge research and perform their own M.Sc. dissertation work under the supervision of the School of Mathematics staff, who are world class experts in the field. The aim of the program is to provide students the knowledge and skills up to the level required for doctoral level research. Graduates go on to PhD study both within the school of mathematics and at top international institutions. The course provides a significant degree of flexibility in regards to the preferred research direction – both formal and lattice high energy theory modules and dissertation projects are provided. The course also allows for a variety of educational backgrounds and offers two-tiered packages of modules (fundamental and advanced) which are tailored to the level of incoming students.
Applicants may also be interested in the taught MSc in High Performance Computing which provides practical training in the emerging field of high-performance technical computing, which has applications in scientific simulation and mathematical modelling of systems in areas ranging from telecommunications to financial markets.
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Course details
Course structure
Mandatory modules:
- MAP50009 Dissertation (to be completed during the summer semester)
- MAP50007 M.Sc. Student Seminar
- MAP50006 Topics in Theoretical Physics
- MAP50005 Lattice field theory
In addition, one of the four optional sequences must be taken
Advanced formal (prerequisites: Quantum Field Theory, General Relativity)
- MAP50003 Modern Quantum Field theory
- MAP50001 Introduction to Conformal Field Theory
- MAP50002 String Theory
- MAP50004 Advanced Quantum Field Theory
Advanced lattice (prerequisite: Quantum Field Theory)
- MAP55631 Numerical Methods
- MAP55613 C programming
- MAP55614 C++ programming
- MAP5**** Parallel Numerical Algorithms
- MAP50003 Modern Quantum Field theory
- MAP50004 Advanced Quantum Field Theory
Trinity graduates admitted to the program must take one of the two advanced sequences above
Fundamental formal
- MAP50001 Introduction to Conformal Field Theory
- MAU44404 General Relativity and Cosmology
- MAU44406 Standard Model
- MAU44400 Quantum Field Theory (2 semesters)
Fundamental lattice
- MAP55631 Numerical Methods
- MAP55613 C programming
- MAP55614 C++ programming
- Parallel Numerical Algorithms
- Quantum Field Theory (2 semesters)
Testimonials
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Where are you from and why did you decide to apply for a MSc in QFSG at TCD?
I'm from Dublin, Ireland. Throughout my undergraduate degree in Theoretical Physics at University College Dublin I wanted more access to modern topics in a rigorous setting and to get experience in academic research, the former due to personal interest and the latter to see if a PhD would be for me. I found from several experiences that my interests in Quantum Information and Quantum Gravity, separately, had intersected in a fascinating way in the AdS/CFT Correspondence (Holography). In researching this program and the faculty involved, I found it provided both the classes and the opportunities to research these directions.
What is your experience with studying and doing research in the program?
The courses provided excellent pedagogical material for the advanced topics but more importantly provided practical support. Lectures could be very interactive if needed and tutorial problems were relevant to research computations and conceptual understanding. The research projects were very well supervised, topics are flexible and the supervisors were generous with their limited time to guide us through the topics and how to research more effectively. There were a lot of chances to interact with prominent researchers that are invited to Trinity in weekly talks, both specifically to the MScs and for the department, this inclusive environment produced a lot of discussion and provided opportunity to find one's niche. Overall the program required and taught me an independence in study and research that is foundational to me as a PhD student.
What would be your advice for prospective students?
This program works best for those that have an idea of what they want beforehand and are willing to work hard. Learn about what researchers at Trinity are doing, especially their current papers, if there is something particular you're interested in then reach out to relevant faculty. I will give a warning about prerequisites; any research experience is good but can be learned throughout the program by a willing student, if classes were not available in your undergraduate then be prepared to either learn all relevant material before each class or at most one or two weeks into the classes especially for the Advanced Formal sequence.
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Where are you from and why did you decide to apply for a MSc in QFSG at TCD?
Before attending Trinity, I completed all of my studies in Belgium. I decided to attend this program as I wanted to dive deeper into quantum gravity, while also moving closer to contemporary literature. The courses on string theory, holography, CFT and advanced QFT were particularly interesting to me as they offered a great anchor point for my developing research interests in high-energy theory and quantum gravity.
What is your experience with studying and doing research in the program?
The program is structured very differently from a usual BSc or MSc course. In my experience, the classes were more relaxed and focused more on introducing new ideas and concepts rather than giving you very detailed overviews. This allows you to have more free time to explore high-energy theory on your own, while building on top of a solid foundation of the topics introduced in class. This also translates into a considerably larger amount of time which you can dedicate to research compared to other MSc programs. To me, this was the most valuable and most enjoyable aspect of the program. Finally, I thoroughly enjoyed attending seminars and discussing with PhD students and faculty. Between the MSc students we also started a journal club to work through certain topics and areas which were of mutual interest.
What would be your advice for prospective students?
My first advice would be to make sure as soon as possible that you have the correct prerequisites for the strand you are interested in. This will determine whether you will be able to comfortably do research throughout the year. Additionally, I recommend generously taking the time to figure out your personal research interests by talking to PhD students and faculty, as well as going to seminars and browsing arXiv. Developing your research interests is a continuous exercise, so don't be afraid to try new things and dive into vastly different topics. Since this program gives you the opportunity to put your research first, explore far and wide, but most of all enjoy!
How to apply
Applications are handled via the Graduate Studies office of Trinity College, Dublin. It is possible to apply online - follow this link for application instructions.
In accordance with the overall standards for postgraduate admission at TCD applicants should have or expect to have an honours degree in Theoretical Physics or Mathematics/Physics with a strong Theoretical Physics component at a II.1 (2.1) grade, or an equivalent qualification from universities with different systems of grading awards, or a relevant track record to compensate for somewhat deficient purely academic qualifications.
Completed applications must be received before July 31st, however well qualified applicants can expect an earlier positive decision if they apply before the deadline. In particular it is possible to successfully apply before completion of the primary degree. Applicants should clearly indicate which optional sequence (see course structure) they would like to take.
Careers
Successful graduates of the course are expected to continue their education at the top PhD programs in Theoretical Physics in the world. MSc students will be strong applicants for IRC postgraduate funding for PhDs within the school of mathematics. This course will provide the background necessary to carry out research in a wide range of areas in mathematical and theoretical physics.

