Semiconductor Process

Event Core Quantum computing startup C12 has unveiled a proprietary 'Pick and Place' nano-assembly process for carbon nanotubes, signaling a transition from experimental quantum prototypes to scalable, industrial-grade chip manufacturing. Bagua Insight ▶ A Paradigm Shift in Fabrication: By utilizing deterministic assembly rather than stochastic growth, C12 effectively sidesteps the material defect issues that have long plagued quantum hardware, moving the industry toward a 'CMOS-like' precision manufacturing model. ▶ Supply Chain Reconfiguration: This breakthrough suggests a potential decoupling from traditional high-purity silicon dependencies, shifting the competitive moat from pure material science to advanced nanomechanical engineering. Actionable Advice For Foundries and Equipment Manufacturers: Monitor the integration of nanorobotic pick-and-place systems, as these will become the critical bottleneck for high-volume quantum chip production. For Investors: Shift focus from 'qubit count' metrics to 'deterministic yield' and 'process scalability.' C12’s patent portfolio regarding assembly precision is the primary asset to watch in the coming 18-24 months.