EDPY – Physics

Physics is a research powerhouse at EPFL, with over 200 doctoral candidates actively engaged in cutting-edge theses within this vibrant field and who have the opportunity to engage with leading laboratories specializing in both theoretical and experimental research.

About the program

The EPFL doctoral program in Physics (EDPY) acts as both the gateway and academic hub, providing advanced coursework and vital support to empower these driven scholars.

Around 50 professors and 50 senior research scientists share two key missions: advancing physics research at the highest international level and delivering top-quality education to EPFL PhD students. Thanks to its strong interdisciplinary focus, the doctoral program in Physics opens exciting pathways to advanced research in life sciences and engineering, among others.

Applying to EDPY

Applications can be submitted twice a year.

Deadlines: Submission prior to April 30 or October 31.

Admission to the program is possible only if the following two conditions are satisfied:

  1. The candidate applied to the program, and is deemed eligible by the selection committee based on the application file;
  2. The candidate found a thesis supervisor associated with the program, that decided, after an interview, to offer them a PhD student position in their research unit.
Prof. Paolo De Los Rios, EDPY Program Director

Doctoral candidates in Physics at EPFL engage with leading laboratories specializing in both theoretical and experimental research. Thanks to its strong interdisciplinary focus, the doctoral program in Physics opens exciting pathways to advanced research in life sciences and engineering.

Prof. Paolo De Los Rios, EDPY Program Director, Laboratory of Statistical Biophysics

Research projects

Students explore the fundamental particles and cosmic phenomena of astrophysics and particle physics, investigate novel materials and quantum phases in condensed matter physics, and study living systems, disordered materials and the complex relation between machine learning algorithms and data through physics of biological and complex systems. The program also advances sustainable energy research via plasma physics, focusing on fusion and fission technologies, while pushing the frontiers of quantum science and technology to develop next-generation quantum computing, sensing, and communication devices.

Anna Toschi

The research environment is dynamic and collaborative, and I’ve learned a lot of experimental techniques while working in a great team. On top of that, the campus is beautiful and international, with many events that make the experience even more fulfilling.

Anna Toschi, PhD student, Laboratory of Advanced Semiconductors for Photonics and Electronics

My name is Anna Toschi, and I was born in Milan, Italy. I’ve always been curious about how things work, which led me to study Engineering Physics at Politecnico di Milano. During my Master’s, I completed my thesis at the synchrotron in Grenoble, France — a great experience that confirmed my passion for research and international environments.

I’m now a PhD student in the EDPY program at EPFL, and being part of this community has been incredibly rewarding. The program offers a wide range of courses that allow you to explore diverse areas of physics, along with opportunities to teach and engage with students. From day one, I felt supported — whenever challenges come up, you can openly discuss them with your supervisor or colleagues, and there’s always someone willing to help.

The research environment is dynamic and collaborative, and I’ve learned a lot of experimental techniques while working in a great team. On top of that, the campus is beautiful and international, with many events that make the experience even more fulfilling.

Career prospects and testimonials

Read the testimonials

Physics PhD graduates develop deep problem-solving skills and a strong foundation in both theory and experimentation, preparing them for impactful careers across a wide spectrum of fields. This blend of rigorous training and versatile skills allows them to adapt to diverse environments, making significant contributions to both foundational science and real-world applications. In academia, they contribute to advancing fundamental knowledge as researchers, educators, and leaders. They often lead innovative projects, mentor students, and collaborate across disciplines to push the boundaries of science. In industry, their expertise is highly valued for solving complex technical challenges and driving innovation in sectors ranging from materials science and electronics to biotechnology, energy, aerospace, and quantum technology.

Manuel Loparco

That experience boosted my confidence and transformed the rest of my PhD. The sense of inadequacy that marked the early years gradually gave way to the joy of research and the curiosity that drives a passionate academic

Manuel Loparco, Former PhD student, Fields and Strings Laboratory

I’m a final-year PhD student in the Fields and Strings Laboratory led by Prof. João Penedones.

My PhD journey has been full of surprises. I struggled in my first years. I often felt slow and unprepared for the challenges of theoretical physics research. What made the difference was something I consider essential in any student–advisor relationship: my advisor always showed that he believed in me. His trust not only supported my morale but had real consequences. At the end of my second year, I published my first paper, and when he was invited to a high-profile conference in the US but couldn’t attend, he proposed that I go in his place. I was nervous at the thought of giving a one-hour seminar in that setting, but after a lot of preparation, it went well. That experience boosted my confidence and transformed the rest of my PhD. The sense of inadequacy that marked the early years gradually gave way to the joy of research and the curiosity that drives a passionate academic. A crucial consequence of that shift was that I began to feel more comfortable asking very basic questions. I’ve learned that this is perhaps the most important quality in a researcher: being confident in one’s own ignorance and open to questioning the basics of building strong foundations. In the last two years, I’ve published more papers and broadened my interests.

In October, after I graduate, I’ll start a postdoc in Turin.

P.S. The picture is from the EPFL competition My Thesis in 180 Seconds—that was fun!

For applicants

Further information: how to apply, program details, testimonials

For PhD candidates

Practical information: what you need to know as an EDPY PhD student

People

Who is who: all you need to know about the EDPY community

Upcoming public defenses

News highlights

© EPFL/iStock (iLexx)

Twisted graphene reveals exotic superconductivity

  • News
  • Research
Read moresur Tech Transfer.

EPFL physicists and their collaborators have directly observed and controlled a rare double-dome pattern of superconductivity in twisted trilayer graphene, shedding light on how exotic quantum states emerge and interact in engineered materials.

All news

Contact

Program Director

Prof. Paolo De Los Rios

Administration

Anh Eymann


EPFL EDPY program
PH B2 405
CH-1015 Lausanne

[email protected]

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