New Mexico Opened a State-Funded Quantum Network. Now It Has to Find Users.

New Mexico put $25 million into a fiber-linked quantum network in downtown Albuquerque. The first wave of outside companies signed on this month, and the state is now waiting to see whether shared, publicly funded deep-tech infrastructure can do what the CHIPS Act is trying to do for semiconductors: turn a press release into a cluster of paying tenants that base teams in the state, not just rent access.

The network, called ABQ-Net, runs between Qunnect's downtown office and the Center for Integrated Nanotechnologies, a U.S. Department of Energy facility jointly run by Sandia and Los Alamos National Laboratories. Underground fiber connects the two endpoints. The site sits at 123 Central NW on a data center campus owned by bigbyte.cc, and inside the lab sit cryogenic systems, the kind of ultra-cold refrigeration hardware that quantum machines need to operate. Each of those systems can cost more than a startup's entire seed round, which is the point: by sharing them, the state is letting small companies test hardware they could never afford to build on their own.

New Mexico's Economic Development Department routed the $25 million through Roadrunner Ventures to stand up the network. The state is also backing a broader, roughly $450 million effort to build a "deep tech" sector: companies working on quantum, photonics, and other hardware-heavy fields, and to attract them to New Mexico. ABQ-Net is one piece of that bet, and the first one with a public test of whether it can draw outside tenants.

Qunnect, a New York-based company, built the network, which the company describes as the first open-access, entanglement-based quantum network in the United States. Entanglement is a quantum property in which two particles stay linked so that measuring one instantly affects the other, no matter how far apart they are. It is the foundation for both quantum networking and some forms of quantum sensing, and the reason a quantum network is different from a regular internet connection.

The four companies that signed on this month are still described in the announcement as planning to use the network, not as deployed customers running production workloads. Infleqtion, a Colorado-based quantum company, said it would use ABQ-Net to explore atomic clocks and entangled particles for ultra-precise timing, the kind of synchronization that defense, finance, and next-generation 6G wireless networks all depend on. CEO Matt Kinsella cited missile defense as a potential use case, though the company has not said it is shipping any such product. Tensora, a New York City startup, said it would develop quantum-inspired sensing for detecting subtle geological changes. Aliro, which was developed at Harvard and is backed by funding from Cisco Systems, applies quantum-computing software to government and private-sector clients.

None of those companies are based in New Mexico. Whether they base teams or build revenue in the state is the actual test of the cluster bet. ABQ-Net's first public use cases come from a press release issued by Qunnect, the company running the network, and carried by the trade press. The state's economic development secretary, Rob Black, was quoted in the same release.

New Mexico's $25 million bought the lab. Whether the cluster bet pays off comes down to one concrete test: in a year, has at least one of the four companies opened a New Mexico office or hired locally? If not, the shared-infrastructure model fails its first public test. If so, the model has a working example to point to.