Ultra-Low-Loss Nanofiber Cavity

Transforming conventional optical fibers into quantum-grade interconnects, our nanofiber-cavity systems apply engineering excellence to unlock new capabilities—bringing scalable, manufacturable solutions to the core of the quantum ecosystem

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Nanofiber Cavity

Our innovation begins with the nanofiber cavity—a millimeter-long nanophotonic structure fabricated directly from optical fiber.
With our proprietary manufacturing, a significant portion of the light travels outside the fiber while still staying guided, creating an ultra-low-loss, scalable cavity system.

Integration into the QPU System

Our nanofiber cavities are designed for seamless interface with neutral atom qubits.
This enables direct, scalable integration into neutral-atom QPU systems—bringing photonics and atomic qubits together in an interconnected architecture.

Nanofiber Cavity Coupling with Neutral-Atom Qubits Integration into the QPU System
Nanofiber Cavity
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Coupling with Neutral-Atom Qubits
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Integration into the QPU System
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Scalable Functionality: Remote Entanglement Generation

Entanglement is the core resource of quantum computing—but today is it mostly local, confined within individual modules. Extending entanglement across distant modules remains a key challenge for both distributed quantum computing and quantum communication.
Our nanofiber-cavity based interconnect enables this by efficiently converting local atom-photon entanglement into remote atom-atom entanglement, while remaining fully compatible with QPU operations.