503 English-speaking jobs in Schleswig-Holstein

Postdoc role focusing on attosecond science experiments using hard X-ray FEL radiation. Responsibilities include beam diagnostics, supporting user experiments, and data analysis. Requires a PhD in physics or related science.

Postdoc position focusing on attosecond science experiments at European XFEL. Responsibilities include developing attosecond science, beam diagnostics, supporting user experiments, and data analysis. PhD in physics or related science required.

PhD student to study Fe-bearing materials at in-situ conditions relevant for planet formation and evolution. Participate in R&D of X-ray scattering experiments and dynamic compression experiments. Prepare PhD thesis and participate in the PhD program at TU Dortmund.

PhD Student position focusing on X-ray Scattering High-Pressure Experiments. The role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation and planetary evolution processes.

PhD position to study Fe-bearing materials at in-situ conditions relevant to planet formation. Involves R&D of X-ray scattering and dynamic compression experiments. Requires a Master's in relevant sciences and interest in large-scale experimental work.

PhD Student position to study Fe-bearing materials at European XFEL. Involves R&D on X-ray scattering and developing dynamic compression experiments. Requires a relevant Master's degree and interest in large-scale experimental work.

PhD Student role at European XFEL focusing on Fe-bearing materials study using X-ray scattering. Involves R&D on high photon energy experiments and dynamic compression. Requires a relevant Master's degree and interest in large-scale experimental work.

PhD Student in Material Research focusing on Fe-bearing materials at European XFEL. Participate in X-ray scattering and dynamic compression experiments. Requires a relevant Master's degree and strong interest in large-scale experimental work.

PhD Student Geochemie Hochenergie-Experimenten XFEL. Study Fe-bearing materials at in-situ conditions for planet formation. Participate in X-ray scattering and dynamic compression experiments. Requires relevant Master's degree and interest in large-scale experimental work.

PhD Student position at European XFEL focusing on Fe-bearing materials using X-ray scattering in high-pressure experiments. Involves R&D and thesis preparation. Requires a relevant Master's degree and interest in large-scale experimental work.

PhD Student position at European XFEL focusing on studying Fe-bearing materials under conditions relevant to planet formation. Involves X-ray scattering and dynamic compression experiments. Requires a relevant Master's degree and strong interest in experimental work.

PhD Student role at European XFEL focusing on Fe-bearing materials study relevant to planet formation. Involves X-ray scattering and dynamic compression experiments. Requires a relevant Master's degree and interest in large-scale experimental work.

PhD Student position to study Fe-bearing materials relevant for planet formation at European XFEL. Involves R&D of X-ray scattering and dynamic compression experiments. Requires a relevant Master's degree and interest in large-scale experimental work.

PhD Student Mineralogy research at European XFEL. Study Fe-bearing materials under in-situ conditions relevant to planet formation. Participate in X-ray scattering and dynamic compression experiments. Requires relevant Master's degree and strong interest in experimental work.

PhD Student for Röntgenstreuung HED-Experiment involving the study of Fe-bearing materials under in-situ conditions relevant to planet formation and evolution.

PhD Student in Geochemistry for High-Energy Experiments at European XFEL. The role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation and planetary evolution.

PhD Student in Iron Materials for Planet Formation at European XFEL. This role involves studying Fe-bearing materials under in-situ conditions relevant to planetary evolution and impact events.

PhD Student position at European XFEL to study Fe-bearing materials under in-situ conditions relevant to planet formation and evolution. The role involves participating in research within the HED group.

PhD Student Materialforschung Hochphotonenenergie. Study Fe-bearing materials under in-situ conditions relevant for planet formation, evolution, and impact events within the HED group at European XFEL.

PhD Student position focusing on the study of Fe-bearing materials under in-situ conditions relevant to planet formation, planetary evolution, and impact events at European XFEL.