The provided article does not discuss a quantum computing standard or protocol, but rather focuses on measurement and testing guidelines for light-based (photonic) technologies that will support future quantum sensors and advanced communications. These efforts are being coordinated by NIST’s Physical Measurement Laboratory alongside federal agencies, industry partners, academic institutions, and the Integrated Photonics Institute for Manufacturing Innovation (IP-IMI). The initiative is currently in the planning and early development phase, backed by a $110 million, five-year investment that began in mid-2015.
The main goal is to create consistent testing tools and quality-control methods so manufacturers can reliably produce light-based microchips and sensors at scale. By establishing shared measurement standards across suppliers and factories, the project aims to lower production costs, improve device accuracy, and enable more precise quantum-enabled sensing technologies. Over the coming years, this infrastructure is expected to accelerate faster optical networks, smarter manufacturing, and next-generation internet and IoT systems by making light-based components as practical and standardized as today’s electronic chips.
Keywords: photonic integrated circuits, optical networks, manufacturing innovation
