192:(NV) qubits in diamond to perform quantum operations. These NVs are defects which can be manipulated by electromagnetic waves, and respond by emitting light that can carry quantum information. These NV centers are usually surrounded by other 'spin' defects, which have unknown spin properties. When an NV qubit interacts with a spin defect, it loses its coherent state, and can no longer perform quantum operations. As NV qubits can be identified and controlled using microwave pulses, they can be used to probe their nearby environments. Subsequent microwave pulses and applied magnetic fields can resonantly excite nearby spin defects, ultimately revealing their location. Cappellaro showed that these defects can then be leveraged as additional qubits, which can be briefly entangled with one another to achieve a coherent quantum state. These manifest as spikes in the resonance spectra. Cappellaro measured the spins of these defects using
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In 2009, Cappellaro returned to
Massachusetts Institute of Technology, where she was made Assistant Professor. She serves as Head of the MIT Quantum Engineering Group at the Center for Ultracold Atoms. Cappellaro has developed novel control techniques for electronic and nuclear spin qubits. She
160:(MIT). Her doctorate considered quantum state transfer in spin chains, making use of magnetic-based approaches to understand and explore spin transfer dynamics. She completed her postdoctoral training at the
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J R Maze; P L Stanwix; J S Hodges; et al. (1 October 2008). "Nanoscale magnetic sensing with an individual electronic spin in diamond".
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Cappellaro is the Ford
Professor of Engineering, Professor of Nuclear Science and Engineering and Professor of Physics at MIT.
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and quantum information processing. She leads the MIT Quantum
Engineering Group at the Center for Ultracold Atoms.
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to understand the propagation of spin excitations along a chain of interacting spins.
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In 2020, Cappellaro demonstrated that it is possible to make use of the
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Massachusetts
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Institute for
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diamond-based magnetometers. She pioneered the use of
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Quantum information processing in multi-spin systems
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576:"Paola Cappellaro | Office of Graduate Education"
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758:"Polarizing Nuclear Spins in Silicon Carbide"
465:"Paola Cappellaro PhD '06 » MIT Physics"
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