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Molecular Nanoscience: Research Team
Molecular Nanoscience: Research Team
Rare-earth quantum magnets
Quantum computers utilize the superposition principle of quantum objects: the property of being in a combination of different states simultaneously. They promise groundbreaking capabilities due to their inherent exponential scaling and are attracting attention across many fields of physics and beyond. Several routes are pursued to realize a universal quantum computer, and here our current scheme is based on rare-earth ions doped in crystals.
Archive (former LMN)
Publications
Conference Articles of the Severe Accident Research group
Monte Carlo Simulation Of Scintillation Detector For Spent Fuel Characterization In A Hot Cell M Papadionysiou, G Perret, R Zboray, R Adams Ans Student Conference 2017, April 6-9, 2017, Pittsburgh, Pa, Usa , (2017).
Group Leader "Molecular Nanoscience"
Journal Publications of the Severe Accident Research Group
Thermal analysis, design, and testing of a rotating beam target for a compact D-D fast neutron generator H. Kromer, R. Adams, B. Soubelet, R. Zboray, H.-M. Prasser Radiation Physics and Chemistry 156 (2019) 292-299 https://doi.org/10.1016/j.apradiso.2018.12.009 Feasibility study of using a compact deuterium-deuterium (D-D) neutron generator for energy-selective transmission tomography
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Quantum Technologies People
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LMN Staff