Opportunities for prospective PhD students

I am seeking creative and motivated PhD students to join my new research group in the SMU Department of Physics.

Our group aims to gain novel insight into the fundamental laws of nature through precision calculations for particle collider programs like the Large Hadron Collider (LHC). My group’s research operates at the interface between the technical theory community and experimental analyses, breaking the precision barriers that currently limit the potential for new discoveries. This work spans from developing methods for higher-order perturbative calculations relevant to experimental analyses to pioneering first-principles determinations of the proton’s structure (PDFs) and other fundamental non-perturbative ingredients via matching calculations for lattice QCD. These efforts rely heavily on the use of large-scale numerical and computer algebra methods. See research for more information.

LHC slice

For information on undergraduate research or a general list of university and national fellowships, please see my student opportunities page.

What I’m looking for in a student

I welcome applications from students from all backgrounds. Whether you are applying directly from a Bachelor’s program or are looking to start your PhD after completing a Master’s degree in physics or a related field, I encourage you to get in touch if you have a passion for theoretical physics.

No prior research experience in theoretical high-energy physics is required, but a strong sense of curiosity and a willingness to tackle complex, multi-stage problems is essential. The ideal candidate will have:

A strong academic background in physics, especially quantum mechanics and classical field theory, supported by a solid foundation in relevant areas of mathematics (such as linear algebra, analysis, and numerical methods).
Demonstrated experience in computational problem-solving. You should have a solid foundation in programming and be comfortable applying those skills to solve scientific or mathematical problems using languages like Mathematica, Fortran and C++, or Julia.
A desire to learn advanced Quantum Field Theory and modern computational problem-solving techniques.

As one of my first graduate students, you will have a unique opportunity to work closely with me to shape the direction of our research and build our group’s foundations from the ground up. You will also have ample opportunities to present your research at conferences and workshops.

My approach to mentorship and student success

My primary goal as a mentor is to help you build the foundation for a successful career, whether in academia or industry. This is a collaborative partnership that requires a significant commitment from both of us. My role is to provide close guidance and help you develop the skills of an independent researcher. Your role is to dive deep into your project, driven by your own curiosity, and eventually become the expert.

Together, we will tackle relevant problems at the forefront of particle physics, aiming to publish high-quality research that is useful to the broader scientific community. If you’re excited by this approach and ready to contribute to cutting-edge research, I encourage you to get in touch.

How to join the group

Whether you are applying to SMU for the first time or are already a graduate student in our department, a crucial first step is to reach out to me directly. This allows us to discuss your research interests and goals to ensure they align with the vision of our group.

For prospective students (applying to the SMU physics PhD program): If you are not yet a student at SMU, there is a two-step process to join the group.

Formal university application (required): You must submit a complete application for admission to the PhD program in Physics at Southern Methodist University through the official portal. All applications are formally reviewed by the departmental Graduate Admissions Committee, which is composed of several faculty members who make the final decisions. The priority consideration date for applications is Jaunary 15.
- SMU Department of Physics: https://www.physics.smu.edu/web/
- SMU Moody School of Graduate and Advanced Studies: https://www.smu.edu/moody
Direct expression of interest (crucial): In addition to your formal application, it is recommended that you contact me directly. While the admissions committee makes all official offers, faculty members can serve as advocates for candidates they are particularly interested in recruiting. A direct expression of interest ensures that your application gets my full attention and allows me to champion your case during the selection process if your interests are a strong match for my group.

Please send an email to tneumann@smu.edu with the following information:

A brief statement about your interest in theoretical high-energy physics. To help me understand your motivation, you could mention what broad topics you find exciting, such as the search for new particles, the role of precision calculations, the connection between fundamental theory and experimental data, or computational and mathematical aspects.
Your curriculum vitae (CV), your unofficial academic transcripts, and names and contact information for 2-3 references.

For current SMU physics graduate students: If you are already a graduate student in the SMU physics department and are interested in joining my group, I encourage you to get in touch.

Please send an email to tneumann@smu.edu to schedule a meeting to discuss potential projects. It would be helpful if you could briefly describe your research interests, what aspects of my group’s work you find most compelling, and mention your current and past coursework in physics, math, and computer science.

You are also welcome to simply stop by my office to chat in person. You can find me on the second floor of the Fondren Science Building in room 203. I look forward to talking with you!