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1 Mar 2024 Job Information Organisation/Company IMEC Research Field Physics » Quantum mechanics Engineering » Computer engineering Researcher Profile Recognised Researcher (R2) Established
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of large-scale nanophotonic structures in diamond coupled with color centers will enable the control and readout of a large number of integrated qubits with dense interconnectivity. This is crucial
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14 Mar 2024 Job Information Organisation/Company Chalmers University of Technology Research Field Technology » Quantum technology Researcher Profile First Stage Researcher (R1) Country Sweden
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European universities and research institutes in quantum technology. As part of the WACQT and OpenSuperQ+ projects, we are investigating how to package quantum processors as they grow to 100 qubits ad beyond
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contribute to a successful research operation. You will play an active part in the team and our ongoing projects right from the start. If you want to fully contribute your commitment and knowledge, you can
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on the experimental characterization of a 25 qubits quantum processor, with the aim of being able to run complex quantum algorithms on it soon. To perform any computation, we use electrical signals that control
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to their environment, making them prone to quantum decoherence and dissipation. In this context, it is crucial to understand how the environment interacts with the multi-qubit system, and to accurately characterize
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complex quantum algorithms on it soon. To perform any computation, we use electrical signals that control, manipulate and measure the state of each qubit in the quantum processor. To carry out an operation
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. The student will participate in setting up a new experiment aimed at trapping Rydberg ions in cryogenic temperatures. Rydberg ions are very promising for quantum information processing with long-lived qubits
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affected by noise and other real-world imperfections. The targeted improvement is envisaged to come from devising novel—automatized, more efficient, and faster—protocols for qubit array tune-up, multi-qubit