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La Luce Cristallina has introduced a foundry-compatible silicon-based strontium titanate on insulator platform specifically engineered for cryogenic quantum applications. By leveraging the material's voltage-tunable dielectric properties at liquid-helium temperatures, this substrate enables critical components like low-noise parametric amplifiers and tunable microwave resonators without requiring specialized fabrication lines. This development addresses a key bottleneck in scaling quantum processors by integrating advanced quantum materials directly into standard CMOS infrastructure.
La Luce Cristallina Launches Quantum Paraelectric Strontium Titanate on Insulator Wafer Platform
La Luce Cristallina has launched its 0.5-micrometer silicon-based quantum paraelectric strontium titanate on insulator (QP-STOI) wafer platform. This platform is designed for quantum computing, cryogenic electronics, and non-linear electro-optic architectures, offering a foundry-compatible substrate that exploits strontium titanate's dielectric tunability at liquid-helium temperatures. The post La Luce Cristallina Launches Quantum Paraelectric Strontium Titanate on Insulator Wafer Platform appeared first on Quantum Computing Report.
La Luce Cristallina's silicon-based quantum paraelectric strontium titanate on insulator (QP-STOI) wafer platform. Advanced semiconductor materials manufacturer La Luce Cristallina has launched its 0.5-micrometer (μm) silicon-based quantum paraelectric…
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