QUANTUM NETWORKING
Government, research, and technology industry leaders have brought quantum computing from the realm of science to the gateway of commercialization. The next step is to harness the power of different types of qubits through quantum connectivity spanning multiple systems to solve our toughest compute problems.
ABOUT
The memQ team brings deep expertise in the key areas needed to develop quantum technologies into market realities.
Built upon rich competency spanning quantum science and engineering, advanced materials science and engineering, integrated photonics chip production, and high-performance computing, our team boasts the credentials and track record required to successfully deliver the industry’s first extensible quantum network architecture.
TECHNOLOGY
Entangling matter qubits with light for connectivity over a range of distances.
Providing stability, control, and a path toward enhanced entanglement link fidelity though massive multiplexing.
Switching, routing, modulation, and control of the quantum channel that scales with the number of nodes and qubits.
allows the extraction of qubits from QPUs in the form of photons
provide the ability to hold and act upon qubits in memory state across the network
allows addressing of atoms through laser modulation throughout the network
Let’s connect the future Let’s connect the future
CATALYSTS FOR QUANTUM NETWORKING
Enabling a modular approach to qubit density within a system, a datacenter, or a network
The next big quantum challenge
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