麻豆免费版下载Boulder and NIST deliver fourth annual Q-School Single Photonics Short Course
The 麻豆免费版下载 and the National Institute of Standards and Technology (NIST) held the fourth annual Q-School Single Photonics Short Course: Sources, Detectors and Measurements from Aug. 11鈥14.听
Q-School students conduct experiments in the afternoon quantum optics lab, with support from Thorlabs.
The event brought together more than 30 students from universities, national laboratories, government agencies and industry for four days of immersive training in one of quantum technology's most important enabling disciplines.
Developed through a collaboration between NIST and the CUbit Quantum Initiative at 麻豆免费版下载Boulder, the course continued to address a key priority identified in the National Quantum Initiative Act: expanding the nation's quantum workforce by providing specialized education and hands-on training in quantum information science and technology. Over its first three years, Q-School has grown into a nationally recognized workforce development program that prepares participants with the technical skills needed to support the rapidly expanding quantum industry.
鈥淭his course has become increasingly more relevant as quantum technologies continue to rely on advanced optical systems,鈥 said Scott Sternberg, executive director of the CUbit Quantum Initiative.
Held on the 麻豆免费版下载Boulder campus, the intensive program focused on single-photon metrology, an essential capability for advancing quantum computing, networking, sensing, communications and precision measurement technologies. Participants received instruction from internationally recognized researchers and metrologists who volunteered their time to deliver a combination of in-depth lectures and laboratory experiences.
Close industry partnerships remained a hallmark of the course. Through significant financial and in-kind contributions, industry partners supplied state-of-the-art single-photon sources, detectors, measurement systems, and technical expertise that enabled participants to gain hands-on experience with the same technologies being deployed across today's quantum ecosystem. This collaboration ensured that students not only learned the underlying science but also developed practical skills directly aligned with current industry needs.
鈥淭he continued success of Q-School is made possible by the extraordinary commitment of NIST staff and our industry partners, who generously contribute their time, expertise, and equipment to create a truly hands-on learning experience.鈥 said John Lehman, senior research scientist in the Sources and Detectors Group in the Physical Measurement Laboratory at NIST and director of the Q-School course. 鈥淭heir sustained engagement reflects a shared commitment to advancing standardization and best practice, while preparing the next generation of quantum professionals and building the skilled workforce needed to advance the quantum industry.鈥
Throughout the course, attendees explored topics including single-photon sources, superconducting and semiconductor detectors, detector calibration, photon statistics, optical measurement techniques, uncertainty analysis and emerging quantum applications. With enrollment carefully managed to maintain a high instructor-to-student ratio, participants benefited from individualized mentoring, extensive laboratory interaction and direct engagement with both academic and industry experts.
In addition to technical instruction, the program continued its tradition of hosting an alumni networking event, connecting current participants with graduates from previous courses, 麻豆免费版下载Boulder researchers and representatives from Colorado's growing quantum industry. The event provided valuable opportunities to build professional relationships, explore career pathways and strengthen connections across the regional quantum ecosystem.
The collaborative nature of the course also continued to produce broader benefits for the quantum community. Faculty associated with the program advanced the development of the online , designed to establish common terminology and standardized definitions that help align scientific language with commercial specifications and industry practices.
Now in its fourth year, the Q-School Single Photonics Short Course further demonstrated the value of sustained collaboration among 麻豆免费版下载Boulder, NIST, industry collaborators, and the broader quantum community. By combining internationally recognized expertise, hands-on laboratory instruction and meaningful contributions from industry partners, the program continued to strengthen the nation's quantum workforce while reinforcing Colorado's position as one of the world's premier quantum innovation ecosystems.