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This collaboration marks a significant step toward industrializing 2D trapped-ion quantum processors by leveraging Infineon's semiconductor fabrication to scale ZuriQ's Penning micro-trap architecture. The successful demonstration of a 3x3 qubit array validates the potential for high-density, manufacturable quantum hardware that avoids the RF heating constraints typical of linear trap designs.

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Infineon and ZuriQ Deepen Partnership to Industrialize 2D Trapped-Ion Penning Micro-Trap Chips

Quantum Computing ReportOctober 7, 20262 min read

Infineon Technologies and ZuriQ AG have expanded their partnership to industrialize 2D trapped-ion Penning micro-trap chips for quantum computing. This collaboration aims to scale trapped-ion quantum processing units by combining ZuriQ's 2D Penning micro-trap designs with Infineon’s semiconductor fabrication and packaging capabilities. Their joint efforts have successfully demonstrated a 3x3 array of nine individually controlled ion qubits, paving the way for scalable quantum hardware. The post Infineon and ZuriQ Deepen Partnership to Industrialize 2D Trapped-Ion Penning Micro-Trap Chips appeared first on Quantum Computing Report.

Semiconductor manufacturer Infineon Technologies AG (FSE: IFX / OTCQX: IFNNY) and Swiss quantum hardware startup ZuriQ AG have expanded their strategic technology partnership to scale trapped-ion quantum processing units…

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