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, neutrino physics, computational physics and accelerator research as well as the development of sophisticated analysis techniques and modern technologies such as superconducting‑enhanced sensing and
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on the DESY campus as well as in the accelerator tunnels of PETRA III and the European XFEL. The aim of the project is to precisely localise seismic disturbance sources, to better understand their coupling
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an electron gun that is compatible with the requirements for ESTCube-LuNa. Most importantly, electrons will need to be accelerated to 20 kV, which can create a challenge given the volume and weight limitations
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