Quantum Sensing and Communications applications for Exotic Optical Fibers manufactured from materials produced in space study

This Special Notice, posted by the National Aeronautics and Space Administration Shared Services Center on December 10, 2025, seeks qualified contractors to conduct a feasibility study on quantum sensing and communications applications utilizing exotic optical fibers manufactured from materials produced in space. The procurement is classified under NAICS Code 541715 (Research and Development in the Physical, Engineering, and Life Sciences) and PSC Code AJ11 (General Science and Technology R&D Services). NASA has designated this as a sources sought notice, indicating the agency is currently evaluating APSIDAL LLC as a potential sole source contractor, though interested organizations may submit capability statements demonstrating their qualifications. The deadline for interested parties to submit their capabilities in writing is December 15, 2025, at 1 p.m. Central Standard Time to Cara Craft at Cara.s.craft@nasa.gov. This acquisition will be conducted using FAR Parts 12 and 13 for commercial items and services, and NASA retains discretion to determine whether to pursue a competitive procurement.

The study aims to develop quantum glass manufacturing system definitions, conduct quantum sensor performance modeling, define terrestrial and in-space manufacturing methodologies, assess associated risks, and prepare a commercialization plan to support future NASA and Department of Energy technology demonstrations. Only U.S. companies with proven ability to process exotic glass materials in microgravity environments are eligible to participate. Key contractual milestones include a kickoff meeting and project plan submission within 15 days of contract award, a preliminary study report due 90 days after award, and a final study report with modeling software and executive briefing due 180 days after award. The performance period extends from contract award through April 30, 2026, with work to be performed at the contractor's facilities or at a NASA Select Center. This initiative represents NASA's effort to establish foundational capabilities for manufacturing advanced quantum sensing materials in space-based microgravity environments.