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C12 develops reliable & application-specific quantum computers, to solve highly complex computing tasks, currently out of reach of even most powerful supercomputers. At C12, a qubit, the fundamental functional unit of a quantum computer, is built from an ultra-pure carbon nanotube suspended above a silicon chip containing control electrodes and a quantum communication bus. As part of the quantum measurement team at C12, you will measure and characterize spin qubit devices to achieve quantum operations.
Job Responsibility:
Work on optimising and automatizing the formation of double quantum dots coupled to microwave resonators
Develop coherent control of spin qubits hosted in carbon nanotubes
Collaborate in the design and the implementation of optimised readout schemes as long as 1-qubit and 2-qubit gates
Participate in the design of the on-chip microwave architecture in order to maximise readout fidelity and qubit coupling
Maintain, specify and build room-temperature DC and high frequency measurement setup (hardware and software)
Requirements:
At least, master in Electrical engineering, Physics, Applied Physics, or other related field - PhD in one of those field is preferred
Background in cryogenics and semiconductor/superconductor device measurements (low-noise electronic measurements, cryogenic techniques, quantum dot characterization, cavity Quantum ElectroDynamics experiments) - experience with spin qubits or superconducting qubits is preferred
Basic understanding of good software development practices, Python language, and version control systems
Ability to distil and communicate scientific information effectively with the wider team
Good communication in English (verbal and written)
Nice to have:
PhD in Electrical engineering, Physics, Applied Physics, or other related field
Experience with spin qubits or superconducting qubits