486 English-speaking jobs in Schleswig-Holstein

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 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 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 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 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 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 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 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 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 position focusing on X-ray Scattering High-Pressure Experiments. The role involves studying Fe-bearing materials under conditions relevant to planet formation, planetary evolution, and impact events.

PhD Student in Geochemistry for High-Energy XFEL experiments. The role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation, evolution, and impact events.

PhD Student for Röntgenstreuung HED-Experimentet at European XFEL. The role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation, evolution, and impact events.

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

PhD Student for Hochenergie Photonenexperimenten XFEL. The role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation, evolution, and impact events.

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

PhD Student in High-Pressure Experiments (HED) at European XFEL. The role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation, evolution, and impact events.

PhD Student Materialforschung Hochphotonenenergie is sought to study Fe-bearing materials under in-situ conditions relevant to planet formation and evolution at European XFEL.

PhD Student Mineralogy Röntgenlaser-Forschung at European XFEL. This role involves studying Fe-bearing materials under in-situ conditions relevant to planet formation, planetary evolution, and impact events.

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.