Episode 2: The Physics — Cavity QED & Quantum Gates in Practice
Every quantum computing roadmap is approaching a critical juncture: the moment where we discover which architectures will bridge the gap to practical, fault-tolerant scale—and which will remain bound to the scientific domain.
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V-Episode 1: The Vision — Compound Qubit Approach
Today's quantum hardware struggles with high error rates, leaving a massive "quantum chasm" between current capabilities and real-world application.
V- Episode 2: The Physics — Cavity QED & Quantum Gates in Practice
Discover how Quantum Source is tackling the physics challenges behind building a photonic quantum computer. In this episode, learn how trapping and cooling single atoms within an optical cavity system allows for precise interaction with light, generating single photons and cluster states needed for quantum error correction. From locking laser frequencies to optimizing interaction fidelity and system stability, see how our team turns complex quantum mechanics into scalable engineering solutions.
V- Episode 3: The Engineering — From Lab Optics to Rack-Mount
Discover how the Origin platform transitions from large optical research setups to a compact rack-mount form factor. Learn how miniaturizing optics, optimizing unit cells, and directly mounting components improves system stability and efficiency, paving the way for scalable, fault-tolerant quantum computing systems like the QS Orbit and Origin cluster.
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N-Quantum Source and DDR&D Demonstrate Robust Single-Atom Source for Real-World Quantum Communication
Quantum Source and the Israel DDR&D announced the on-demand generation of high-quality polarization-entangled photon pairs, successfully transmitting them through over one kilometer of standard optical fiber.
N-Globes readers choose Quantum Source as favorite 2026 startup
Quantum Source, which is developing a quantum computer based on the combination of photons and cold atoms, and which was founded by a team of Weizmann Institute alumni and serial chip entrepreneurs, has been voted by "Globes" readers as their favorite startup, as part of the Globes Most Promising Startup Rankings for 2026.
N-Quantum Source Delivers Practical Photonic Quantum Computing
In this Forbes exclusive interview, published just ahead of Quantum World Congress, Gil Press highlights how Quantum Source’s atom-photon technology is paving the way toward scalable, fault-tolerant photonic quantum computing.
