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positions starting in Autumn 2026. The INT’s local research interests include QCD, lattice gauge theory, quantum computing, many-body theory and nuclear structure, nuclear astrophysics, effective field theory
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synthetic dimensions in molecules confined in rotationally magic traps and (2) the creation of many-body quantum states of molecules in optical lattices for quantum simulation (3) the production of strongly
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preference. The successful candidate will work under the supervision of Prof.Mikhail Zubkov: https://www.ariel.ac.il/wp/mikhail-zubkov/ The particular interest is in • the numerical lattice simulations
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) positions to start in September 2026 or earlier. Outstanding candidates in quantum information theory, quantum simulation, lattice gauge theory, fundamental physics, and quantum error correction, broadly
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—the quanta of lattice vibrations—are key carriers of energy and information, much like photons and electrons. This project explores the emerging field of nanophononics, focusing on the manipulation of GHz–THz
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: Quantum Computing / Quantum Computing High Energy Physics / accelerator , astrophysics , BSM , CMS , cosmology , Dark Matter , Experiment , Flavor Physics , Higgs physics , Lattice QCD , LHC , Machine
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://www.academictransfer.com/en/jobs/356101/phd-position-ion-transport-and-… Requirements Additional Information Website for additional job details https://www.academictransfer.com/356101/ Work Location(s) Number of offers
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, to fabricate computed active materials and smart structures. These advanced AM techniques offer valuable and diverse material deposition capabilities for creating 2D-to-3D shapes and shapeshifting lattice
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Metal additive manufacturing process monitoring and control – Researcher, PhD position (ERC project)
Engineering » Mechanical engineering Technology » Production technology Researcher Profile First Stage Researcher (R1) Positions PhD Positions Country Slovenia Application Deadline 15 Dec 2025 - 23:59 (Europe
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strongly polar and magnetic molecules in optical tweezers and lattices to realize a new generation of ultracold molecular qubits and two-qubit quantum gates. In the first stage, we will thoroughly