Join Our What’sApp Channel for updates, guidance, and tips on the application process.Laser Physics and Fusion Research PhD Scholarships 2025 (Fully Funded)
The Deutsches Elektronen-Synchrotron (DESY) in Hamburg, Germany, is offering two fully funded PhD positions in laser development for the Inertial Confinement Fusion (ICF) program. These positions are part of the IGNYTe Project, a pioneering initiative under Germany’s Fusion 2040 strategy funded by the Ministry of Research, Technology and Space. The goal of this program is to accelerate advancements in laser-based fusion energy systems and contribute to global clean energy solutions.
This research project focuses on solving one of the major technical challenges in fusion: the generation of efficient ultraviolet (UV) laser light for direct-drive fusion target compression. Successful candidates will work on the development of advanced fibre-based and solid-state laser systems, nonlinear optics for UV light generation, and the integration of new laser technologies into DESY’s high-performance infrastructure.
By joining DESY, you will become part of an international research environment renowned for scientific excellence and innovation. The positions start on September 1, 2025, and allow you to contribute to impactful research while receiving a competitive salary and benefits.
Research Areas
Development of incoherent fibre front-end lasers
Joule-class Yb:YLF laser amplifiers
Third-harmonic generation schemes
Integration into advanced laser control systems
Key Responsibilities
Laser Development Path:
Design fibre and solid-state laser front-ends
Shape broadband nanosecond laser pulses spectrally and temporally
Broadband UV Generation Path:
Engineer nonlinear optical systems for UV spectral broadening
Study third-order nonlinearities in high-energy laser environments
General Tasks:
Collaborate with global laser research teams
Present research at conferences and publish in peer-reviewed journals
Advance the technology readiness level (TRL) of developed laser systems
Eligibility Criteria
To qualify, applicants must:
Hold a Master’s degree in Physics, Optics, Photonics, or related fields
Have at least six months of hands-on experience in laser laboratories
Demonstrate a strong understanding of pulsed laser systems and/or nonlinear optics
Possess excellent teamwork and English communication skills
Be motivated to pursue research in laser development for fusion applications
Benefits
Fully funded PhD position with German public sector employment
30 paid vacation days annually
Company pension scheme (VBL)
Subsidized Job Ticket (Deutschland-Ticket)
Access to high-tech laser labs and computing clusters
No teaching duties—full-time research focus
Health and wellness programs
Opportunities to work in a multicultural, research-intensive environment
Application Process
To apply, submit the following documents via the official DESY application portal:
Cover letter
Curriculum Vitae (CV)
Academic transcripts
Two reference letters (submitted through the DESY system)
Deadline: June 30, 2025
Commitment to Diversity
DESY values diversity, equity, and inclusion. Applications from women, minorities, and individuals with disabilities are encouraged. In the case of equal qualifications, priority will be given to severely disabled candidates.
FAQs
Q1: Is this scholarship open to students from all countries?
Yes, international students from any country are eligible to apply.
Q2: What is the language of instruction?
All research and communication will be conducted in English.
Q3: Do I need prior experience with fusion research to apply?
No, but hands-on experience with laser systems and strong motivation to work in fusion-related projects are required.
Q4: Is it possible to apply if my Master’s degree is still in progress?
Yes, if your degree will be completed before the program start date (September 1, 2025).
Q5: Does this PhD position include a tuition waiver?
Yes. It is a fully funded position with no tuition fees and includes a full salary and benefits.
Conclusion
The DESY PhD Scholarship 2025 in Hamburg offers an unparalleled opportunity to contribute to groundbreaking laser and fusion research. By joining this program, you will be at the forefront of clean energy innovation while gaining valuable experience in one of Europe’s leading research institutions. Apply now to shape the future of laser fusion technology.
