Researcher interests: Quantum information processing using Josephson junction qubits. Decoherence and energy relaxation in superconducting circuits. Fluctuations and dissipation due to two level states in these systems. Novel designs for superconducting qubits - new materials and designs. Quantum hybrid systems and quantum optics with atomic ensembles.
FACULTY / SCHOOL: Faculty of Science
DEPARTMENT: The Racah Institute of Physics
Selected Publications
dirac particle dynamics of a superconducting circuit (2019)|
Physical Review A|
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robust diabatic quantum search by landau zener st uckelberg oscillations (2018)|
arXiv preprint arXiv:1811.04636|
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polarization independent atomic prism filter for removing amplified spontaneous emission (2018)|
Applied Optics|
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revealing the nonlinear response of a tunneling two level system ensemble using coupled modes (2017)|
Physical Review Materials|
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dynamic control of the vortex pinning potential in a superconductor using current injection through nanoscale patterns (2017)|
Nano Letters|
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decoherence and interferometric sensitivity of boson sampling in superconducting resonator networks (2017)|
Physical Review B|
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novel coupling scheme between distant nitrogen vacancy centers through nano fabricated superconducting structures (2017)|
Quantum Information and Measurement (QIM) 2017 (2017), paper QT6A.49|
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unconventional superconductivity induced in nb films by adsorbed chiral molecules (2016)|
New Journal of Physics|
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exploiting non markovianity for quantum control (2015)|
Scientific Reports|
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quantum error correction enhanced magnetometer overcoming the limit imposed by relaxation (2015)|
Physical Review Letters|
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