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In collaboration with researchers in the group of Peter Zoller, and with the IQOQI Innsbruck, researchers in our group have presented and experimentally demonstrated a protocol to determine the purity and entanglement in many-particle systems. The results, published in Science, demonstrate a universal tool for characterising engineered quantum systems in the lab in greater detail than ever before.
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Congratulations, Konstantin!
Thesis Tile: On dispersive interactions between a trapped ion and a cavity field
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Marco joined the group as a PhD student. He got his master degree in Photonics and Nano-Optics at Politecnico di Milano and did his master thesis at ICFO in Barcelona working on solid state quantum memories. In Innsbruck he will join the CryoTrap team to work on the development of 2D ion traps.
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Max joined our goup. Max got his PhD from the University of Mainz on Measurement of Reduced Dipole Matrix Elements in 40Ca+ and Construction of a Scalable Light-Ion Interface. He will work at Alpine Quantum Technologies on building a quantum computer.
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Georg joined our goup. Georg got his PhD from the University of Mainz on Ion Implantation and Transmission Microscopy with Nanometer Resolution using a Deterministic Ion Source. He will work at Alpine Quantum Technologies on building a quantum computer.
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Researchers in our group, the IQOQI Innsbruck and the University of Heidelberg, have demonstrated a quantum effect in which noise helps electronic excitation to propagate through a network of ten qubits. The work has now been published in Physical Review Letters and constitutes controlled study of quantum transport, with importance to fields ranging from condensed-matter physics and material science to quantum chemistry and quantum biology.
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Congratulations, Gerald!
Thesis Title: Development of novel micro-fabricated ion traps
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Congratulations, Julian!
Thesis Title: Simultaneous and individual ion addressing for quantum information processing
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Lukas Pernthaler joined the QSim team as a Master student and is working on a single ion addressing setup to address a linear chain of up to 50 ions.