Laser Cooling of Helium Molecules PhD Fellowship 2026 is now open to international applicants seeking an advanced research opportunity at Vrije Universiteit Amsterdam. This fully funded PhD position is hosted at Laser Lab Amsterdam, where selected candidates will work within a globally recognized research group focused on laser cooling and trapping of helium molecules in a cutting-edge experimental environment.
Eligible applicants should hold a bachelor’s and master’s degree in Physics, Chemistry, or a closely related discipline, with a clear interest in atomic, molecular, or optical physics. Prior exposure to laser physics, spectroscopy, optics, or hands-on experimental research is considered an advantage. The program welcomes motivated, enthusiastic candidates from all nationalities who are eager to collaborate in an international research team, even if they do not meet every listed requirement.
Benefits
- Competitive PhD salary with annual increases (up to €3,881 gross/month)
- Initial 1-year contract, extendable to 4 years
- 8% holiday allowance and 8.3% end-of-year bonus
- Generous annual leave (up to 232 hours per year)
- Commuting cost reimbursement
- Access to sports and fitness facilities
- Opportunity to work at Laser Lab Amsterdam, one of Europe’s leading laser research centers
- Inclusive, diverse, and supportive academic environment in the heart of Amsterdam
Eligibility Criteria
- Eligible Countries: All countries
- Acceptable Course or Subjects: The scholarship will be awarded in Physics, Chemistry, or closely related disciplines offered by the university
- Admissible Criteria: To be eligible, applicants must meet the following criteria:
- Hold a Bachelor’s and Master’s degree in Physics or Chemistry
- Demonstrate an interest or background in atomic, molecular, or optical physics
- Experience in laser physics, spectroscopy, optics, or experimental techniques is desirable
- Strong motivation, teamwork skills, and enthusiasm for experimental research
- Willingness to work in an international and interdisciplinary research environment.
How to Apply for the Laser Cooling of Helium Molecules PhD Fellowship 2026
- Visit the official vacancy page to review the full PhD position details and requirements
- Prepare your academic CV, motivation letter, and relevant academic transcripts
- Clearly explain your research interests related to laser cooling and helium molecules
- Make sure all documents are updated and written in clear, professional English
- Submit your complete application through the Vrije Universiteit Amsterdam online portal
- Apply before the deadline mentioned on the official page to ensure consideration
Frequently Asked Questions (FAQs)
Laser Cooling of Helium Molecules PhD Fellowship 2026 in Amsterdam focuses on direct laser cooling and trapping of helium dimer molecules, combining advanced experimental techniques with precision quantum measurements. It’s ideal for enthusiastic physics or chemistry graduates ready to join an international research team.
What is the main focus of theLaser Cooling of Helium Molecules PhD Fellowship 2026?
Laser Cooling of Helium Molecules PhD Fellowship 2026 focuses on pioneering direct laser cooling and trapping of the homonuclear diatomic molecule He₂. You’ll help create the first ultracold gas of this molecule and enable precision measurements for fundamental physics research.
Where is the PhD position located?
Laser Cooling of Helium Molecules PhD Fellowship 2026 opportunity is based in Amsterdam at a leading university’s Faculty of Science. It’s part of an international research environment with a strong focus on cutting-edge experimental physics.
What techniques will the PhD project involve?
You’ll work with novel laser slowing and cooling techniques starting from a supersonic beam to produce a trapped dense gas of ultracold helium molecules, pushing the limits of current molecular physics.
What kind of experiments will be part of the research?
The project engages experimental physics areas such as ultrahigh vacuum systems, CAD design, optics, lasers, electronics, and scientific programming for advanced molecular cooling research.
What are the eligibility requirements?
Applicants should have a Bachelor’s and Master’s in physics or chemistry with affinity for atomic, molecular, or optical physics. Teamwork, enthusiasm, and eagerness to learn are essential.
Is prior experience in laser physics needed?
Yes, experience in laser physics, spectroscopy, or optical technology is highly valued for this role, as it’s central to the techniques used in this groundbreaking PhD project.
How does this project contribute to science?
By producing the lightest directly laser-cooled molecule, the work enables unprecedented quantum sensing and precision measurements to test quantum electrodynamics and collision physics.
What support does the position offer?
The position is full-time with a competitive salary range over four years and includes standard benefits such as leave hours, holiday allowance, and a supportive research environment.
Who is the ideal candidate?
The ideal candidate is bright, motivated, collaborative, and passionate about experimental physics. You should be eager to work in a dynamic research team exploring ultracold molecule physics.
What is the application deadline for this fellowship?
Applications are accepted until the position is filled, with an official closing date of February 28, 2026. Early submission is encouraged due to anticipated competition.
Discover more from Scholarship Union
Subscribe to get the latest posts sent to your email.
