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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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