The provided article does not discuss quantum computing standards or related protocols. Instead, it outlines a broad collection of technical studies published in Volume 118 of the NIST Journal of Research. The articles cover optical measurements, material and superconductor testing, imaging and security technologies, radiation dosimetry, software performance analysis, and basic physics experiments. While one study mentions polarization-entangled photon pairs—a foundational concept in quantum optics—the piece focuses on experimental calibration and measurement techniques rather than standardization efforts for quantum computing or communications.
Because the text does not address quantum computing standards, it contains no information regarding specific protocols, developing organizations, implementation status, industry impact, or technical timelines. If you have a different article that specifically covers quantum computing standardization (such as recent work from NIST, IEEE, ISO, or the Quantum Economic Development Consortium), please share it and I will gladly summarize it using your requested format and focus points.
Source: https://www.nist.gov/nist-research-library/journal-research-volume-118
Keywords: spectroscopy, metrology, superconductors