Roadrunner Venture Studios, an investment and incubation firm, will officially open its new quantum computing laboratory in Albuquerque on Tuesday, a move aimed at strengthening the United States' competitive edge against China in the emerging technology sector. The facility is part of New Mexico's broader $450 million investment in quantum development and is designed to bridge the gap between research and market-ready products.
The 35,000-square-foot lab will initially host eight quantum-focused companies, along with researchers from Sandia National Laboratories, Los Alamos National Laboratories, and the Quantum New Mexico Institute. According to details shared first with The Hill, the lab is intended to provide the capital, infrastructure, and national lab expertise that startups often lack.
Adam Hammer, co-founder and CEO of Roadrunner Venture Studios, emphasized the unique mix the lab offers. "In a national lab setting, you don't have that mix," he told The Hill. "You have a lot of researchers. You might have some recruitment, but you don't have capital. In the private sector setting, you have, maybe the capital, but you certainly don't have the infrastructure that's required, and oftentimes you don't have access to the talent."
Quantum computing, unlike classical computing that relies on bits (0s and 1s), uses qubits that can exist in multiple states simultaneously. This allows quantum machines to solve complex problems far faster than traditional computers. However, the technology also poses a security risk: it could potentially break the encryption that protects digital communications, making it a dual-use tool in defense and cyber warfare.
The technology remains largely experimental, but the next phase is practical application and commercialization. Hammer noted the geopolitical stakes: "When we think about this from a policy angle, quantum is going to be one of the big battlegrounds between the U.S. and China and we're seeing this take shape today. A lot of conversation taking shape globally is how the United States and China are positioning around this new era of compute."
While the U.S. leads in chip development, China has made strides in infrastructure like power generation. "We are ahead in quantum technologies, but not that far ahead," Hammer said. "And what we have to do to win in this space is not to do a bunch of great [research and development], it's to build great products."
The Trump administration has made quantum a priority, signing executive orders in June that set a 2030-2031 target for moving federal systems to post-quantum cryptography and urging the Pentagon to deploy quantum sensors by 2028. These efforts align with the administration's broader tech agenda.
Rob Black, New Mexico's secretary of Economic Development, argued that the state has long been a research hub—from the Manhattan Project to Microsoft's early days—but has often lost commercialization opportunities to places like Seattle. "We're taking a major bet into the sector because we believe again we have a right to win this for the U.S. and for our country," he said.
New Mexico's $75 billion sovereign wealth fund is being leveraged to attract venture capital, with $2 billion allocated to top-tier firms investing in the state. The University of New Mexico's Quantum Institute has produced about 60 PhDs in quantum information sciences, giving the state the highest per-capita concentration of such doctorates. Hammer cited this talent pool as a key reason for choosing New Mexico.
The eight companies initially granted access to the lab are Diraq, IonQ, Quantum Machines, Conductor Quantum, Mesa Quantum, QBoltz, Photon Queue, and Quera. The facility is expected to accelerate the path from research to real-world quantum applications, a critical step in maintaining U.S. leadership in the field.
