aiqbench analysis
This article focuses on SEEQC's participation in the NORDTECH program to advance scalable fabrication of superconducting qubits using 300mm silicon wafers. The initiative aims to transition quantum research from small-scale experiments to industrial production by optimizing materials like tantalum nitride for enhanced coherence, directly supporting U.S. Department of Defense objectives under the CHIPS Act.
$300mm Wafers to Host SEEQC’s Next-Generation Qubit Materials
SEEQC will participate in a four-year research and development program, NORDTECH, focused on advancing the scalable fabrication of superconducting qubits. The project will utilize next-generation materials on 300mm silicon wafers, supporting Department of Defense objectives and domestic manufacturing.
SEEQC will utilize 300mm silicon wafers to fabricate superconducting qubits as part of a four-year research and development program, the company announced; this represents a significant step toward industrial-scale quantum chip production, moving beyond smaller research-focused wafer sizes. The project, funded through the U. S. CHIPS Act and operating under the NORDTECH hub, directly…
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