Title: NIST Launches NOAC Program for Miniaturized Quantum Standards and Sensors
1. Overview:
The National Institute of Standards and Technology (NIST) has announced the development of a new program called NIST on a Chip (NOAC). The program aims to create highly accurate quantum-based standards and sensors that are miniaturized to chip scale or even smaller. These standards and sensors will be traceable to the International System of Units (SI) and will be available wherever they are needed.
2. Key Points:
– The NOAC program will focus on developing standards and sensors in 9 technology areas across NIST laboratories.
– The standards and sensors will be manufacturable, scalable in production cost, and reliable, providing either the exact value of a measurement or no value at all.
– The program aims to make these highly accurate quantum-based standards and sensors available wherever customers need them.
3. Potential Impact:
– The development of miniaturized quantum standards and sensors could revolutionize various industries by providing highly accurate measurements and enabling new applications.
– The availability of these standards and sensors wherever they are needed could lead to increased adoption and integration into existing systems and products.
4. Implementation:
– The NOAC program is currently in its early stages and is planned to include robust projects across NIST laboratories.
– The specific timeline for the development and deployment of these miniaturized quantum standards and sensors has not been provided in the article.
In summary, NIST’s NOAC program aims to develop highly accurate quantum-based standards and sensors that are miniaturized to chip scale or smaller, providing traceability to the International System of Units (SI) and availability wherever needed. The program is currently in its early stages and is planned to include projects across 9 technology areas. The development of these miniaturized quantum standards and sensors could have a significant impact on various industries by enabling highly accurate measurements and new applications.
Source: https://www.nist.gov/noac/technology
Keywords: Qubits, Metrology, Standards
