This article from NIST discusses the development of quantum-based measurement systems that could redefine how we measure time, charge, and light. These new measurement standards aim to support the growing field of quantum computing and other advanced technologies by providing more accurate and reliable ways to characterize quantum systems. The article highlights the importance of precise measurements in driving scientific and technological progress, especially as devices shrink to the nanoscale and quantum technologies become more prominent.
NIST is working on creating quantum-based units that can be linked to the current International System of Units (SI). This effort is part of a broader initiative supported by reports from the National Academies and the National Science and Technology Council. The goal is to build a measurement framework that enables innovation in quantum information science, ensuring that future quantum technologies can be accurately tested and developed. While the article does not specify a timeline for implementation, it emphasizes the foundational role of these measurements in advancing quantum computing and related fields.
Keywords: trapped ions, quantum-based units, measurement system
