What happened
- On October 23, 2026, The Quantum Insider reproduced a statement from Telefónica and IQM Quantum Computers about the first quantum computer in the Community of Madrid.
- It will be an IQM Spark, an all-in-one system built for research, education and early development, installed at the Technical University of Madrid (UPM) before the end of 2026.
- It will let universities, hospitals, research centers and start-ups use real quantum hardware to test algorithms.
- It will join the two other quantum computers that Telefónica and IQM provided to the Galician Supercomputing Centre (CESGA).
Why it matters
- The region wants to build talent and its own use cases before the technology reaches industry.
- Telefónica says it is the first operator in Spain to offer communications between data centers protected with the new post-quantum cryptography standards.
- The statement presents the project as a step toward European technological sovereignty, a declared goal rather than a measured one.
The number
2026. Deadline year the statement sets for installing the IQM Spark at the UPM.
Context
The text cited is a press release from the companies, reproduced by The Quantum Insider, and could not be checked against another primary source. Borja Ochoa, non-executive chairman of Telefónica España and CEO of B2B, says the project continues the collaboration with the Community of Madrid on quantum networks and on encryption of critical data in sectors such as health and security. The statement describes IQM as a leader in superconducting quantum computing.
What’s next
- Installation at the UPM before the end of 2026.
- A call to universities, hospitals and start-ups to develop use cases, with no timeline details.
Bottom line
Regional quantum computers are multiplying: Vietnam will have its first quantum computer with a Quandela photonic machine and Florida switched on the first stretch of its secure quantum network with IonQ technology. In the control layer, Qblox connected its quantum controller to an NVIDIA DGX Spark. And in hardware, Jülich ran qubit gates in 6.8 nanoseconds.
Sources
- The Quantum Insider — IQM and Telefónica Plan Quantum Computer for Madrid University (October 23, 2026; reproduces the Telefónica and IQM statement)
- Cover image: Ragsxl, CC BY-SA 4.0, via Wikimedia Commons
Edited by Rodrigo Cornejo. How we select and verify: who writes these notes.
