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HPC Career Notes: August 2023 Edition

HPC Career Notes: August 2023 Edition
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Netherlands , Berkeley , California , United-states , Oak-ridge , Lawrence-livermore-national-laboratory , Elie-girard , Phil-guido , Jensen-huang , Lisa-su , Deborah-agarwal , Simon-jesenko

Pitt names next dean of university's School of Arts and Sciences

A nationwide search to find a new dean for the University of Pittsburgh’s largest school has led to an educator already working on campus. Adam K. Leibovich, described by Pitt officials as a prolific scholar and accomplished teacher, will become dean of the Kenneth P. Dietrich School of Arts and

Chicago , Illinois , United-states , Cornell-university , Kathleen-blee , Ann-cudd , Adamk-leibovich , Joan-gabel , Portland-state-university , Department-of-physics , Carnegie-mellon-university , Pittsburgh-quantum-institute

Correlated electrons 'tango' in a perovskite oxide at the extreme quantum limit

Correlated electrons 'tango' in a perovskite oxide at the extreme quantum limit
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Florida , United-states , University-of-florida , Oak-ridge , Satoshi-okamoto , Hua-zhou , Nyung-lee , Sangmoon-yoon , Narayan-mohanta , Dirac-semimetal , Pittsburgh-quantum-institute , National-science-foundation

New research vice chancellor will focus on operations

New research vice chancellor will focus on operations
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David-salcido , Robert-cunningham , Senate-research-committee , Pittsburgh-quantum-institute , Carnegie-mellon-university-software-engineering-institute , Carnegie-mellon-university , Software-engineering-institute ,

UD Joins Mid-Atlantic Quantum Alliance

UD Joins Mid-Atlantic Quantum Alliance
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College-park , Virginia , United-states , Ilya-safro , Marianna-safronova , Matthew-doty , Johns-hopkins-university , Army-research-laboratory , Amazon-web-services , University-of-maryland , Ibm , National-science-foundation

Mid-Atlantic Quantum Alliance Expands Impact and Reach with Addition of 10 New Partners


Mid-Atlantic Quantum Alliance Expands Impact and Reach with Addition of 10 New Partners
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The Mid-Atlantic Quantum Alliance—a rapidly growing hub of quantum technology research, development, innovation and education organized and facilitated by the University of Maryland—adds 10 new members for a total of 24.
"Our region is already a world leader in quantum science and technology, and the MQA is working to expand its impact in the design, building and commercialization of quantum technologies, and to create a skilled, diverse quantum workforce. - University of Maryland President Darryll J. Pines
COLLEGE PARK, Md. (PRWEB)
February 19, 2021
The Mid-Atlantic Quantum Alliance—a rapidly growing hub of quantum technology research, development, innovation and education organized and facilitated by the University of Maryland—has added 10 new members over the past year for a total of 24 university, government and industry partners. Together these MQA members are building a vibrant and diverse ecosystem designed to foster U.S. and regional leadership in the coming quantum technology revolution.

Maryland , United-states , University-of-maryland , Virginia , Bowie-state-university , John-sawyer , Darryllj-pines , Alan-salari , Condensed-matter-theory-center , Army-research-laboratory , Quantum-technology-center , Ibm

Mid-Atlantic Quantum Alliance expands impact and reach with addition of 10 new partners

Mid-Atlantic Quantum Alliance expands impact and reach with addition of 10 new partners
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Maryland , United-states , University-of-maryland , Virginia , Bowie-state-university , John-sawyer , Darryllj-pines , Alan-salari , Pittsburgh-quantum-institute , Ibm , Maryland-quantum-alliance , Strategic-research

Researchers Invent Method to 'Sketch' Quantum Devices with Focused Electrons


Muqing Yu
PITTSBURGH, PA — It has long been a dream to invent new materials from the "top down" choosing which atoms go where to engineer properties of interest. A technique created by researchers out of the Department of Physics and Astronomy enables them to "sketch" patterns of electrons into a programmable quantum material—lanthanum aluminate/strontium titanate or "LAO/STO." Using this approach, they can create quantum devices and with feature sizes comparable to the spacing between electrons, and even "sketch" artificial lattices for electrons to traverse, with extremely high precision.
To develop this capability, the researchers repurposed an electron beam lithography instrument, which is ordinarily used to create nanostructures by exposing a resist that hardens into a mask, enabling layers of material to be subsequently added or removed. Instead of operating the instrument at its usual value of 20,000 volts, the researchers dialed it down to only a few hundred volts, where the electrons could not penetrate the surface of their oxide material, and instead—without any resist—catalyze a surface reaction that renders the LAO surface positively charged, and the LAO/STO interface locally conductive. The electron beam is 10,000 times faster at writing compared with atomic-force microscope-based lithography, without losing spatial resolution or ability to be reprogrammed. In addition, the authors showed that this technique can program the LAO/STO interface when integrated with other 2D layers such as graphene.

Patrick-irvin , Dengyu-yang , Jun-chen , Qing-guo , Shan-hao , Muqing-yu , University-of-wisconsin , Pittsburgh-quantum-institute , University-of-pittsburgh , Department-of-physics , Department-of-materials-science , Swanson-school-of-engineering