Q-NEXT
@qnextquantum
A DOE National Quantum Information Science Research Center leading the way in next-generation quantum science and engineering. Member of the #QuantumQuintet.
ID: 1377369659058626561
https://www.q-next.org/ 31-03-2021 21:27:11
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With collaborators from #NSLSII, Massachusetts Institute of Technology (MIT) researchers studied particles called excitons in nickel dihalide materials. These materials exhibit unique magnetic properties in response to light, making them particularly useful for #quantum computing applications. bit.ly/3M02KL4
Join Pranav Gokhale & Peter Noell at the Chicago Quantum Exchange CQE Workshop on Quantum Computing Use Cases in Security on August 26, 2024, 2:00 - 4:30 pm at the Discovery Partners Institute Discovery Partners Institute chicagoquantum.org/events/cqe-wor… Pranav Gokhale
Preprint alert🔔from QSAcenter teams at UC Berkeley Berkeley Physics! Check out how researchers are exploring new frontiers in #quantumcomputing by solving k–SAT problems with generalized quantum measurement. arxiv.org/abs/2406.13611
Check out this recent #C2QA publication in Nano Letters: "Correlated Spectroscopy of Electric Noise with Color Center Clusters.” bit.ly/46yB7lL
Silicon carbide has promising potential uses in #quantum, but it can be hard to produce. A team at Argonne National Lab, @uchicago, IBMQuantum and #memQ developed a method that could pave the way for integrating SiC into traditional devices on a large scale. onlinelibrary.wiley.com/doi/10.1002/ad…
New preprint alert! A team of #quantum researchers led by Massachusetts Institute of Technology (MIT) studied an adiabatic implementation of CPHASE gates and formulated the design of the control trajectory for the gate as a pulse-design problem. Access preprint: arxiv.org/abs/2407.02722
In a result published in Royal Society of Chemistry’s Chemical Science, a team led by MIT Chemistry explore vanadium- and molybdenum-based molecular #qubits for #quantum sensing applications. ⚛️ pubs.rsc.org/en-us/content/…
To make better materials for clean energy and quantum technology, we have to understand them first. UW–Madison's Theoretical Chemistry Institute is recognizing Giulia Galli for her leadership in this area at Argonne National Lab and other research institutions: chem.wisc.edu/2024/08/06/gal…
Q-NEXT Director David Awschalom weighs in on #quantum-driven optimization in Crain's Chicago Business:
Exciting new research developments QSAcenter! An interdisciplinary team Berkeley Lab, UC Berkeley UMass Amherst published a significant milestone in advancing #quantumcomputing capabilities with AI/ML on (FPGAs). arxiv.org/abs/2406.18807
Diamond 💎 is #quantum sensing's best friend. Researchers at @cornell, Argonne National Lab and Purdue Quantum Science and Engineering Institute have dug deep into diamond to mathematically connect its vibrational properties with measurements of the spin #qubit embedded within. anl.gov/article/xray-i…
Thanks to QSAcenter multi-institution collab, novel research developments in neutral atom systems are breaking new ground for #quantumcomputing. QSAcenter is DOE Office of Science National QIS Research Center led by Berkeley Lab w/ Sandia National Labs as lead partner. quantumsystemsaccelerator.org/2024/09/05/neu…
The Promise of Quantum – U.S. Department of Energy is issuing $65 million in funding for 10 research projects in quantum computing. At the quantum frontier, we are looking at new ways to process information that can overcome the limits of today’s computers: energy.gov/science/articl…
A team at Stanford University, The University of Chicago demonstrates niobium trilayer #qubits with decoherence times of 1 microsecond at higher temps than typical operating temperatures, opening possibilities for larger #quantum computers and integrating qubits into experiments that generate more heat: