PhD Student (f/m/d) - part-time (29,25 hrs/week)

European XFEL; Schenefeld; Vor Ort; EUR 45.000 - 65.000; Vollzeit

Zusammenfassung

A leading research facility in Germany is seeking a PhD researcher to investigate ultrafast ionization dynamics in laser plasmas. Responsibilities include conducting groundbreaking experiments and data interpretation in a collaborative environment. Candidates should have a Master's degree in physics, a strong interest in high-energy-density physics, and good communication skills in English. Flexible work conditions and benefits are offered.

Leistungen

Family friendly working environment

Flexible working times

30 days of vacation

Extensive relocation benefits

Company pension scheme

Subsidized company restaurant

Job-tickets for public transportation

Extensive training opportunities

Access to mental health platform

Qualifikationen

• Master’s degree (or equivalent) in physics, preferably with a background in experimental plasma physics.
• Strong interest in high-energy-density physics and motivation to work in international collaborations.
• Basic programming or data analysis skills; familiarity with numerical modeling is beneficial.

Aufgaben

• Carry out the PhD research project at the HED instrument.
• Plan and perform laser–XFEL pump–probe experiments.
• Analyze and interpret experimental data from X-ray resonant probing.

Kenntnisse

Experimental methods in optics

Laser techniques

Data analysis skills

Good communication skills

Programming skills

Ausbildung

Master’s degree in physics

Jobbeschreibung

For our HED instrument we are looking for an

Responsibilities

• Carry out the PhD research project “Multidimensional mapping of ultrafast ionization dynamics in relativistic laser plasmas via resonant Xray probing” at the HED instrument of the European XFEL
• Plan, prepare, and perform laser–XFEL pump–probe experiments with the high-intensity ReLaX laser system, including target design and diagnostic development.
• Acquire, analyze, and interpret experimental data, combining X-ray resonant probing, interferometric imaging, and spectroscopy with theoretical models and simulation benchmarks
• Present results at international conferences and workshops, and publish in peer-reviewed journals
• Actively participate in the collaborative research environment at HED/EuXFEL, including interaction with external user groups and research consortia
• Complete and defend doctoral thesis

Qualifications

• Master’s degree (or equivalent) in physics, preferably with a background in experimental plasma physics, laser–matter interaction, or related areas
• Initial experience with experimental methods in optics, lasers, spectroscopy, or X-ray techniques is considered an asset
• Strong interest in high-energy-density physics and motivation to work in large-scale international research collaborations
• Basic programming or data analysis skills; familiarity with numerical modeling or plasma simulations is beneficial
• Ability to work independently as well as in a multidisciplinary, international team.
• Good communication skills and proficiency in written and spoken English
• Readiness to participate in beamtime experiments, including shift work

Become part of a vibrant international and multi-cultural team of scientists, engineers, technical and administrative staff. Be involved in cutting edge scientific and technical progress and participate in our international networks. Experience our atmosphere of tolerance and respect.

Benefits

• family friendly working environment (e.g. additional childcare days)
• flexible working times and option for work from home depending on tasks
• 30 days of vacation, 24th and 31st of December are free as a courtesy of the employer
• extensive relocation benefits
• generous company pension scheme (6,45% of monthly salary)
• monthly social events and subsidized company restaurant
• partially financed job-tickets for public transportation
• extensive training opportunities incl. subsidized English and German language classes
• Easy and free access to a mental health platform to support your wellbeing

Our company language is English.