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(October 2022) Measuring an exceptional point from a single dissipative qubit
What if energy could be the square root of a negative number? We've done an experiment to characterize a quantum system that has complex numbers for energy levels. Find the article from Nature Physics (2022) or on the arXiv. You can read the press release: Complex energies, quantum symmetries
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Do quantum movies look funny when you play them backwards? Turns out they do... at least most of the time. We characterize how entropy is produced by the process of quantum measurement alone. Phyiscal Review Letters or on the arXiv. You can read the press release: Characterizing the "arrow of time" in open quantum systems
(May 2022) Our latest experiment using a photonic crystal to stabilize an open quantum system is published in Phys. Rev. A, also find it on the 爬墙免费加速器下载.
(May 2022) Mahdi Naghiloo has earned his PhD!
You can find his dissertation on the arXiv for a pedagogical overview of quantum measurement with superconducting circuits.
(July 2018) Quantum Thermodynamics: A Quantum Maxwell's Demon
What happens when Maxwell's demon tries to sort molecules that are in a superposition of hot and slow at the same time? Read it in Phyiscal Review Letters or on the arXiv. You can read the press release: Demon in the details of quantum thermodynamics
(Feburary 2018) Kater is named one of the 2018 Cottrell Scholars by the Research Corporation for Scientific Advancement.
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(Feburary 2018) CAREER: Heat, Work and Information in Quantum Circuits. Kater is awarded an NSF CAREER grant to explore quantum thermodynamics with superconducting qubits.
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(November 2017) Quantum Metrology: Achieving optimal frequency sensitivity with a superconducting qubit through coherent control.
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We experimentally demonstrate frequency sensitivity that scales as 1/T^2 using optimal control over a superconducting qubit. Read it in Phyiscal Review Letters or on the arXiv. You can read the press release: A bit of a 'quantum magic trick',
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Recent article by P. M. Harrington et al. is published in Phyiscal Review Letters and on the arXiv. You can read the press release: Shaking Schrodinger's Cat, or other media coverage: in The Week.
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Recent Article by N. Foroozani et al. is published in PRL. Physical Review Letters 116 (2016). arXiv.
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Read the Washington University Press Release.
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Recent Article by D. Tan et al. in Physical Review Letters.
How full measurement records reveal more information about the state of a quantum system than past alone. D. Tan et al, arxiv (2014)
Popular Coverage of the paper:
Washington University Record: "In the quantum world, the future affects the past" D. Lutz (Feb 2015)
Science News: "Quantum guessing game uses the future to predict the past", A. Grant, (Feb 2015)
International Business Times: "Time runs bizarre in quantum world where past is changed by the future", Jayalakshmi K, (Feb 2015)
Daily Mail: "Can the past be changed by the FUTURE?", E. Zolfagharifard, (Feb 2015)
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"Mapping the optimal route between two quantum states" by S. J. Weber, A. Chantasri, J. Dressel, A. N. Jordan, K. W. Murch, and I. Siddiqi.
Read it on arxiv or in Nature.
Some press releases related to the paper:
Washington University in St. Louis: Finding Quantum Lines of Desire
UC Berkeley: Watching Schrodinger's Cat Die
University of Rochester: Mapping the Optimal Route between Two Quantum States
Nature: News & Views by Adrian Lupascu Quantum physics: The path most travelled
Huffington post: Robert Sanders
Live Science: Quantum Particles Take the Road Most Traveled
Read the News and Views by Andrew Jordan, or the article on arstechnica.com. Or just read the Paper.