The article does not cover a quantum computing standard, but rather highlights a practical quantum-enabled measurement technology developed by NIST: the chip-scale atomic magnetometer. Built on decades of atomic clock research, this sensor detects magnetic fields with high precision while occupying only a tiny footprint. It was created through NIST’s “NIST on a Chip” program to embed fundamental measurement standards into compact, real-world devices, and has been successfully transferred to commercial partners including Geometrics, Twinleaf, and QuSpin.
The technology is already implemented in the field, most visibly mounted on drones for geophysical surveys like underground oil field mapping. By shrinking atomic sensing tools from room-sized labs to chip-scale components, this innovation makes advanced measurement more affordable and easier to integrate into everyday equipment. While no specific rollout schedule is given for the sensors themselves, the article notes that supporting drone regulations are projected to boost the U.S. economy and create over 100,000 jobs within a decade. Ultimately, embedding quantum-based standards into practical devices is accelerating real-world advances in sensing, navigation, and industrial monitoring.
Source: https://www.nist.gov/news-events/news/2017/10/pml-technology-transfer-news
Keywords: atomic magnetometer, chip-scale atomic clock, NIST on a Chip
