Co-design Center for Quantum Advantage (C2QA)
@C2QAdvantage
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We build the fundamental tools for creating quantum computers that provide a true advantage over their classical counterparts. #C2QA
Upton, NY
Joined January 2021
The Co-design Center for Quantum Advantage (C2QA), led by @BrookhavenLab, is empowering the quantum revolution. #C2QA
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Non-linear quantum mechanical evolution permits different branches of the quantum state wave-function to communicate with each other. This experiment improves the current bounds on such non-linearities by a factor of 50. @Fermilab @JohnsHopkins ⚛️.
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Congratulations to the 35 students and professors who completed QIS 101 this summer! 🎉. In six weeks, they tackled the equivalent of a 12-credit college course, diving into math, physics, and computer science topics that provide a foundation for real-world #quantum computing.
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RT @see_quantum: Happy to see this work published and that we got to collaborate with the @andrei_faraon group under @C2QAdvantage!.
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A team at @IllinoisQuantum and @UofIGrainger demonstrate a new way to teleport #quantum information with high accuracy, even between photons of different frequencies, using specially designed optical cavities. 🔗
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Congratulations to #C2QA Director Andrew Houck (@nanonoodle) on being named dean of @EPrinceton! 👏 🎉.
Professor Andrew Houck '00 has been appointed dean of @eprinceton, effective August 1: . Houck co-directs the Princeton Quantum Initiative and leads the federally funded national quantum research center, @C2QAdvantage.
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RT @qnextquantum: .@qnextquantum is celebrating #QuantumYear2025 with our sibling centers:.@QSAcenter @QuantumSciCtr @sqmscenter @C2QAdvant….
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Great #quantum opportunity with three different tracks for students, educators, and researchers ⬇️.
In partnership with the National Quantum Algorithm Center and in celebration of #IYQ2025, SQMS and @IBM present a workshop focused on quantum algorithms and applications for both high-energy physics and chemistry. 🗓️ Aug. 18-20.📍 @thisisUIC .
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Our QIS 101 students dove into the world of topological #quantum computing with Layla Hormozi, who leads the Quantum Computing group at @BrookhavenLabCS. Hormozi also shared key advice for aspiring interns: become familiar with quantum mechanics and develop strong coding skills.
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Scientists at @uchiphysics, @stanford and @SLACLab show how to control individual photons at millimeter-wave frequencies using a special #qubit. This breakthrough could open a new part of the electromagnetic spectrum for #quantum technologies. ⚛️
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Researchers observed different tantalum orientations in superconducting #qubits, even with consistent fabrication. A recent #C2QA study reveals why: Oxygen content at the substrate's surface determines the direction of tantalum's deposition.
bnl.gov
The metal-substrate interface determines atomic structure and could affect qubit performance.
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RT @QSAcenter: .@QSAcenter is one of five @ENERGY National QIS Research Centers, alongside @qnextquantum @QuantumSciCtr @sqmscenter @C2QAdv….
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RT @BrookhavenLab: By combining imaging techniques with theoretical models, scientists discovered the underlying cause of puzzling structur….
bnl.gov
The metal-substrate interface determines atomic structure and could affect qubit performance.
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⚛️ QIS 101 Guest Speaker ⚛️.This week, our students met Carlos Ortiz Marrero from @PNNLab and @ColoradoStateU!. He shared his journey into #quantum science, gave the students a glimpse into his cutting-edge work on quantum algorithms, and offered thoughtful grad school advice. 💡
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Yesterday, COO Kimberly McGuire and #CFNatBrookhaven Director Charles Black kicked off QIS 101 with a powerful message for the students: This is just the beginning. The computing skills they gain in QIS 101 could help them solve the biggest scientific challenges of tomorrow.
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A team led by @IllinoisQuantum introduce a concept called “orthogonality broadcasting” to look closer at whether it's possible to copy the distinctiveness of #quantum states and share it with others.
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Something strange happens at the metal-substrate interface in superconducting #qubits: The orientation of tantalum deposition varies, despite consistent fabrication. #C2QA researchers discovered why, and their findings could improve qubit performance.
bnl.gov
The metal-substrate interface determines atomic structure and could affect qubit performance.
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Exciting #QuantumComputing news! Researchers, funded in part by the Quantum Science Center, have identified a new problem that quantum computers can solve more efficiently than classical computers, adding to the elusive list of quantum advantages. 🔗
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