This position is part of the recently established interdisciplinary graduate school. This exciting opportunity offers a chance to conduct cutting-edge research on tailoring femtosecond (fs) pulse trains to enhance energy transfer in upconversion nanoparticles. The project is focused on enabling spatio-temporal interrogation and manipulation at the molecular level.

Key Responsibilities

As a PhD candidate, you will:

• Conduct time-resolved spectroscopy experiments to study sub-picosecond enhancements of upconversion nanoparticle emissions using tailored fs-pulse trains and coincidence/correlation detection techniques.
• Investigate how the defect architecture of core-shell upconversion nanoparticles (e.g., size, shape, doping, host material) influences their energy flow under pulse-induced exposure.
• Utilize advanced digital signal detection and imaging systems to analyze optical properties of microscopic systems.
• Collaborate with other PhD students in interdisciplinary studies involving nanoparticle synthesis, surface functionalization, and their application to plasma membranes.
• Present your findings at national and international conferences and publish results in peer-reviewed journals.
• Participate in research and skill-development workshops offered by the graduate school.
• Supervise bachelor’s and master’s students during the second and third years of your PhD.

Eligibility Requirements

To be considered for this position, you must have:

• A Master’s degree (M.Sc.) in Physics or a related field.
• Knowledge in time-resolved spectroscopy and solid-state physics.
• A strong interest in interdisciplinary research.
• Teamworking skills and the ability to communicate effectively in collaborative research settings.
• Proficiency in written and spoken English.
• A structured and goal-oriented approach to research.

What We Offer

As part of this position, you will have access to:

• State-of-the-art laser laboratories equipped with tunable, high-energy femtosecond pulse laser systems and cutting-edge spectroscopy equipment.
• Opportunities for hands-on experience with nanomaterial synthesis, advanced microscopy (electron and light), and other complementary techniques.
• Regular seminars and workshops to enhance your expertise in physics, technical skills, and interdisciplinary fields such as physical chemistry and biophysics.
• Supportive supervision in an interdisciplinary team aligned with the European Charter for Researchers.
• A strong international network for collaborations, including research stays with European partners.
• Attendance at international conferences to enhance your research profile.
• Competitive employment benefits, including:
  • A 3-year fixed-term contract.
  • 30 days of annual leave.
  • Family-friendly policies to support work-life balance.
  • Equal opportunities and inclusivity for all candidates.

Application Process

To apply, submit the following documents in PDF format via email by December 20, 2024. 

• Curriculum Vitae (CV)
• Certificates, including transcripts of records
• Letter of motivation detailing your interest in the project
• Application profile (available at the application link)

Please indicate the desired project in your application.

For more details, visit University of Osnabrück Careers.