This article does not cover a specific quantum computing standard or protocol. Instead, it outlines ongoing hardware research at NIST’s Center for Nanoscale Science and Technology (CNST), conducted in partnership with other NIST divisions, industry partners, and academic institutions. Because the focus is on experimental development rather than standardization, no formal standards are proposed or under review, and no implementation timeframes are provided. The work remains in the research and prototype stage, aimed at long-term technology maturation.
Despite the absence of standards, this nanoscale optics research holds significant potential to support future quantum technologies by improving how light is controlled at tiny scales. By engineering materials smaller than the wavelength of light, scientists can create much stronger interactions between light and matter. Key technical efforts include using computer modeling to predict device behavior, precision nanofabrication to build prototypes, and custom measurement tools to verify real-world performance. These advances could eventually enable more sensitive quantum sensors, efficient optical communication links, and compact light sources for quantum systems. While currently experimental, the long-term goal is to scale these designs into mass-producible components for sensing, communications, and broader quantum hardware applications.
Source: https://www.nist.gov/cnst/cnst-research-nanoscale-optics-and-photonics
Keywords: nanofabrication, optomechanics, quantum transduction