C2QA, led by Brookhaven National Lab along with 23 other partners, is one of centers funded by National Quantum Initiative. C2QA is working on the tools necessary to create scalable, distributed and fault-tolerant quantum computing systems.
Seeqc and NY CREATES team to establish the design and process parameters required to fabricate fluxonium qubits on 300mm silicon wafers using state-of-the-art tools at the NY CREATES fab in Albany, NY. Funded by Air Force Research Lab STTR Phase I grant.
This project will establish a first-of-its-kind capability at 300mm wafer scale that will lead towards scalable quantum computing devices, with higher performance characteristics.
The quantum photonics wafer project is led by the Air Force Research Laboratory and RIT. The wafer includes chip designs from both RIT and Air Force Research Laboratory, along with designs by collaborators at MIT, Purdue University, Oak Ridge National Laboratory, Army Research Laboratory, and Rensselaer Polytechnic Institute. The wafer was fabricated by AIM Photonics in NY CREATES’ advanced 300mm microelectronics facility in Albany, N.Y.
QED-C is one of the premier initiatives of the National Quantum Initiative, an industry-driven consortium run by SRI, and supported by the National Institute of Standards and Technology
Dr. Papa Rao, Prof. Cady and the NY CREATES team work towards artificial neuron circuits that communicate with 1.22 µm light and use superconducting Josephson junctions for energy-efficient operation at speeds 30,000 times faster than the brain’s neurons.
193nm optical lithography techniques on full 300mm silicon were used in the fabrication of transmon qubits that showed 25 microseconds of coherence time and tight control of qubit frequency.
Work begins on superconducting quantum computing device fabrication leveraging advanced 300mm process tools.
