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for low-mass particle dark matter at the new underground Cryolab facility in Kamioka Experimental studies of antimatter gravity using advanced quantum techniques for (anti)hydrogen cooling, manipulations
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the field of theoretical particle physics and/or quantum gravity using numerical methods (e.g. lattice gauge theory, dynamical triangulation, event generators) Participate in existing research projects and
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related mathematical structures. Possible research directions include infrared aspects of quantum field theory and gravity, flat-space holography, algebraic approaches to quantum field theory, relations
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computational physics. Starting date of the position is March 1st 2027. The successful candidate will join the project "From turbulent flows to quantum fields and gravity: energy-momentum transport via symmetry
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of quantum field theory and related mathematical structures. Possible research directions include infrared aspects of quantum field theory and gravity, flat-space holography, algebraic approaches
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of quantum field theory and related mathematical structures. Possible research directions include infrared aspects of quantum field theory and gravity, flat-space holography, algebraic approaches
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. student (f/d/m) to further develop and improve the Gravimetric Atom-Interferometer (GAIN) for participation in the joint national and international projects. GAIN is a mobile quantum sensor using laser
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theory, and quantum gravity. Postdoctoral members are selected on their ability to conduct independent research, but they frequently collaborate with each other, with faculty members at the Institute
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Job description: DESY The Cluster of Excellence "Quantum Universe" performs research to understand mass and gravity at the interface between quantum physics and cosmology. The research team includes
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Full Professor at the Indian Institute of Science (IISc), Bengaluru. Prof. Sinha’s research spans quantum field theory, quantum gravity/string theory, and the rapidly developing interface between