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TIME named Qunnect’s Qu-MEM to its Best Inventions of 2026 list in the Experimental category. The room-temperature quantum memory grew out of patented Stony Brook University research and is being deployed on quantum networking testbeds in New York and Europe.
TIME named Qunnect’s Qu-MEM, a room-temperature quantum memory developed from patented research at Stony Brook University, to its Best Inventions of 2026 list in the Experimental category. The recognition highlights a device intended to store and retrieve quantum information for networks using fiber-optic infrastructure; Qunnect says systems are being deployed on testbeds in New York and Europe.
Qu-MEM grew out of research led by Stony Brook physicist Eden Figueroa and former graduate students Mehdi Namazi and Mael Flament. Figueroa, Namazi and Flament later co-founded Qunnect; Namazi is the company’s chief science officer and Flament its chief technology officer. The university licensed its patented technology to the company.
The device is described as an on-demand, warm-vapor, neutral-atom quantum memory housed in a standard server rack. It is designed to operate at room temperature and work with existing fiber-optic infrastructure. Those are design and operational characteristics reported by the university and Qunnect; the source material does not provide independent performance measurements or a comparison with other systems.
Qunnect systems are being deployed on quantum networking testbeds across New York City, Long Island and Europe, according to the report. The university also says the technology is integrated into the New York State Quantum Internet Testbed, involving Brookhaven National Laboratory, SUNY campuses and private universities. The supplied report cuts off before naming all participating institutions.
A Memory Device for Quantum Networks
Quantum networks aim to connect devices and transmit quantum information, including through properties such as photon entanglement. A memory that can store and retrieve quantum information could help coordinate network signals across distances, making it a potential component in efforts to build larger quantum networks. The recognition places university-developed hardware with commercial deployment in TIME’s Experimental category, which the source describes as covering concepts and prototypes with future potential.
For readers, the distinction between a promising component and a finished quantum internet matters. Qu-MEM’s selection and testbed deployments show that the technology has moved beyond laboratory research into network trials. They do not, by themselves, establish that a large-scale quantum network is operating commercially or that the system is ready for broad use. The possible applications cited by Stony Brook—including secure communications—remain tied to the development and testing of wider network infrastructure.
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From Stony Brook Research to Qunnect
The device’s route from research to commercial development links Stony Brook’s physics work with Qunnect, a company founded by researchers involved in that work. The university says its patented technology was licensed to Qunnect. That pathway is the basis for the university’s claim that the invention illustrates how academic research can reach the marketplace.
Stony Brook describes its SCY-QNET as a quantum networking project and says Qu-MEM is part of its fiber and wireless network. University President Andrea Goldsmith characterized the network as the world’s largest metropolitan-area quantum network communicating quantum information via entangled photons. That description is an attributed university claim; the supplied material offers no independent comparison or technical figures. The report also describes deployments on testbeds in New York and Europe, rather than providing details on their scale or operating results.
““Quantum memory is what turns theoretical concepts like ‘spooky action at a distance’ into practical, long-distance technology.””
— Eden Figueroa, Stony Brook physics professor and Qunnect co-founder
fiber-optic quantum networking hardware
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Performance and Deployment Details
The source material does not specify Qu-MEM’s storage time, retrieval efficiency, capacity, operating conditions beyond room temperature, or performance in the named testbeds. It also provides no information on pricing, commercial availability, or the number of units deployed. TIME’s recognition is reported, but the supplied material does not include TIME’s own description of its selection process or the full citation for the invention.
Claims that the device is the world’s first commercial room-temperature quantum memory and that Stony Brook’s network is the largest of its kind are attributed to Qunnect or the university and are not independently substantiated in the material provided. The longer-term capabilities and applications of quantum networks remain under development.
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Testbeds Will Show Practical Progress
The next measurable developments will be the results of deployments on networking testbeds in New York and Europe. Further technical reporting would be needed to establish how reliably Qu-MEM stores and retrieves information in network conditions, how it performs alongside other components, and whether it can scale beyond test environments.
Stony Brook says it plans to expand its quantum network first to upstate New York and later more widely, but the supplied material gives no schedule or milestones. For now, TIME’s selection recognizes the device’s potential, while the extent of its real-world performance and future deployment remains to be established.
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Key Questions
What is Qu-MEM?
Qu-MEM is a quantum memory device developed by Qunnect from patented Stony Brook University research. It is designed to store and retrieve quantum information and operate at room temperature.
What did TIME recognize?
TIME named Qu-MEM to its Best Inventions of 2026 list in the Experimental category, which the supplied report describes as recognizing concepts and prototypes with future potential.
Where is the technology being tested?
According to the report, Qu-MEM systems are being deployed on quantum networking testbeds in New York City, Long Island and Europe. The university also reports integration with the New York State Quantum Internet Testbed.
Does the recognition mean a quantum internet is ready for public use?
No. The recognition and reported testbed deployments do not establish that a large-scale quantum internet is commercially available. Performance, deployment scale and timelines are not provided in the source material.
Source: rss
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