Advancing Quantum Devices Via Graphene Nanoribbons
Scientists synthesized graphene nanoribbons, shown in yellow, on a titanium dioxide substrate, in blue. The lighter ends of the ribbon show magnetic states. The inset
October 27, 2020
Scientists synthesized graphene nanoribbons, shown in yellow, on a titanium dioxide substrate, in blue. The lighter ends of the ribbon show magnetic states. The inset
Rep. Zeldin Introduces Bipartisan Legislation to Advance Quantum Technology Congressman Lee Zeldin (R, NY-1) and Congressman Bill Foster (D, IL-11), Co-Chairs of the National Labs
$1M Quantum-Focused Pitch Competition for University Researchers AFRL doubles-down on Quantum advancement with International University Pitch Event and Open Innovation Facility Press release… Rome, N.Y.
Why Five New National Quantum Information Science Centers Are a Huge Deal Read More… + DOE has established five new quantum information science centers at
The Trump Administration Is Investing $1 Billion in Research Institutes to Advance Industries of the Future The Trump Administration is taking strong action to ensure
A Traffic Stop for Light Stanford scientists slow and steer light with resonant nanoantennas Key points… + Stanford scientists demonstrate a new approach to slow
The White House Proposes $120M Additional Funding for QIS in 2021 White House Plans to Boost AI, Quantum Funding by 30% Key points… + The
U.S. ‘National Q-12 Partnership’ to Educate the Youth on Quantum NSF expands quantum education to students nationwide in collaboration with industry and academic leaders The
U.S. and Australia Meet to Strengthen Partnership in Future Technologies U.S.-Australia Joint Commission Meeting on Science and Frontier Technologies Dialogue Key points… + The United
21 Hubs and 4 Research Parks as Foundation for India’s Quantum Technology Mission DST Secretary highlights importance of industry participation in Quantum Technology & Science
