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PhD position in quantum/gravity/neutron physics-2

Technische Universität Wien (TU WIEN), A

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The research unit Neutron and Quantum Physics at the Atominstitut is offering a PhD position at TU Wien and at Institut Laue-Langevin (ILL) in Grenoble linked to the qBounce experiment, which connects different areas of physics such as gravitation, quantum mechanics, and low energy particle physics. Measurements are performed at ILL. The qBounce experiment successfully uses quantum mechanics to test gravitation and theories on dark energy and dark matter. Tasks: • Tests of gravitation with quantum objects • Search for Einstein-Cartan Gravity with quantum states of ultra-cold neutrons in the Earth’s gravity potential • Measurements with neutrons at the European Neutron Source at ILL in Grenoble • Cooperation and guidance of bachelor and master students • Writing a dissertation and publications • Participation in scientific events Qualifications Required: • Master or Diploma degree physics or equivalent university studies in Austria or abroad • Scientific interest in (low-energy) particle physics and gravity • Strong analytical skills • Skills in programming (e.g., C++, Python, LabVIEW, or similar) • Good communication skills and ability to work as an independent and flexible researcher in an international and diverse team Institution: TU WIEN is the largest institution for higher education and research focused on science and technology in Austria and has 4.800 employees and 29.000 students. The neutron group at the Atominstitut in Vienna operates the qBounce experiment at the ILL Grenoble, the strongest neutron source in the world where 1400 scientists from 40 countries run 640 experiments every year. Position: For this position, a minimum gross salary of 32.115 €/year (30 hours/week) is offered, incl. full health and social insurance. It is expected that at least half of the time is spent at ILL. Full compensation for travel costs is guaranteed. Additionally please see Fringe Benefits Catalogue TU Wien. Continuing personal and professional education and flexible working hours

How to apply

For further information: Prof. Hartmut Abele (abele@ati.ac.at). The qBOUNCE experiment is an integral part of the Doktoratskolleg “Particles and Interactions (DKPI)”. For this application, preference will be given to female applicants at equal qualification.

Technische Universität Wien (TU WIEN), A

Stadionallee 2
1020 Vienna, Vienna, Austria

PhD position in quantum/gravity/neutron physics-2
The research unit Neutron and Quantum Physics at the Atominstitut is offering a PhD position at TU Wien and at Institut Laue-Langevin (ILL) in Grenoble linked to the qBounce experiment, which connects different areas of physics such as gravitation, quantum mechanics, and low energy particle physics. Measurements are performed at ILL. The qBounce experiment successfully uses quantum mechanics to test gravitation and theories on dark energy and dark matter. Tasks: • Tests of gravitation with quantum objects • Search for Einstein-Cartan Gravity with quantum states of ultra-cold neutrons in the Earth’s gravity potential • Measurements with neutrons at the European Neutron Source at ILL in Grenoble • Cooperation and guidance of bachelor and master students • Writing a dissertation and publications • Participation in scientific events Qualifications Required: • Master or Diploma degree physics or equivalent university studies in Austria or abroad • Scientific interest in (low-energy) particle physics and gravity • Strong analytical skills • Skills in programming (e.g., C++, Python, LabVIEW, or similar) • Good communication skills and ability to work as an independent and flexible researcher in an international and diverse team Institution: TU WIEN is the largest institution for higher education and research focused on science and technology in Austria and has 4.800 employees and 29.000 students. The neutron group at the Atominstitut in Vienna operates the qBounce experiment at the ILL Grenoble, the strongest neutron source in the world where 1400 scientists from 40 countries run 640 experiments every year. Position: For this position, a minimum gross salary of 32.115 €/year (30 hours/week) is offered, incl. full health and social insurance. It is expected that at least half of the time is spent at ILL. Full compensation for travel costs is guaranteed. Additionally please see Fringe Benefits Catalogue TU Wien. Continuing personal and professional education and flexible working hours
2023-03-07
Quantum physics
Technische Universität Wien (TU WIEN), A
http://www.ati.ac.at
Stadionallee 2
Vienna
Vienna
1020
AT
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