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Quantum Sensors: From Lab to Chip Through Semiconductor Fabs
- Quantum sensors offer increased sensitivity compared to classical sensors, benefiting industries like atomic clocks, magnetometers, and gyroscopes.
- Commercializing quantum sensors requires optimizing size, weight, power, and cost, achievable through semiconductor manufacturing processes.
- Vapor cells, crucial for quantum sensors, are manufactured using scalable semiconductor processes for mass production.
- Laser technology advancements are essential for quantum sensors, with VCSELs playing a key role in chip-scale sensors.
- Challenges in manufacturing specialized components for quantum sensors limit scalability and drive up costs.
- Initiatives like quantum foundries aim to centralize production facilities for efficient manufacturing of quantum technologies.
- Semiconductor foundries have the potential to drive down manufacturing costs and expand markets for quantum sensors.
- Chip-scale atomic clocks utilizing vapor cells and VCSELs provide a roadmap for transitioning quantum sensors to mass production.
- The IDTechEx report offers insights into components for quantum sensors, market forecasts, and industry developments.
- IDTechEx provides research on emerging technologies, supply chains, market opportunities, and forecasts for clients.
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