May 04, 2026 -- Galicia has taken a major step forward in quantum technology with the inauguration of the Antonia Ferrín ground optical station for quantum communications, the largest facility of its kind in Spain. The project was officially opened by Galicia’s Regional Minister for Education, Science, Universities and Vocational Training, Román Rodríguez, alongside the Rector of the University of Vigo, Manuel Joaquín Reigosa.

This cutting-edge infrastructure positions Galicia at the forefront of ultra-secure space communications. According to Rodríguez, it is currently the most significant facility in Spain in terms of scale and represents a major leap in research, development, and innovation in the region.

The new station surpasses the existing facility at Madrid’s Leonardo Torres Quevedo Institute, and together they will form Spain’s primary ground infrastructure for connecting with the upcoming Eagle-1 quantum satellite. As part of a broader European network including sites in Lisbon, Madrid and Barcelona. The station will contribute to a constellation of ultra-secure communication systems once the satellite is launched, expected by late 2026 or early 2027.

Rodríguez emphasized the crucial role of the University of Vigo and its research community, particularly highlighting the work of Marcos Curty, principal investigator of the project, director of the Vigo Quantum Communication Center (VQCC) and QSNP partner. He also praised the talent and innovation emerging from the center, supported by regional investment in scientific development.

Beyond its immediate impact, the telescope reinforces Galicia’s position as a leader in quantum technologies across Europe. It builds on previous milestones, such as the launch in 2025 of Spain’s longest quantum communication line: a 120-kilometer link between Santiago and Vigo, serving as a “data highway” for quantum-secured terrestrial communications.

Named after pioneering Galician mathematician and astronomer Antonia Ferrín Moreiras, the station features an 80 cm-diameter telescope designed to receive signals from future quantum communication satellites. These systems will enable ultra-secure data transmission based on the principles of quantum physics, marking a shift in communication technology.