Connecting quantum processors with a single-atom memory
Our paper shows how a single-atom memory increases entanglement rates between quantum processors by removing the need for simultaneous photon arrivals.
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A complete scheme for atom-mediated deterministic photonic graph state generation
How single atoms can solve the most demanding challenge in photonic quantum computation: deterministic generating of graph states
How Single-Photon Switching Is Quenched with Multiple Λ–Level Atoms
The Quantum Zeno Effect stands behind the fact that single quantum emitters are required for single-photon nonlinearity
Single-atom trapping in the evanescent field of an integrated photonic resonator
A first demonstration of single-atom trapping and coupling near a planar photonic chip, marking progress toward scalable atom–photon interfaces.
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V-Quantum computing, national competitiveness, and the road to fault-tolerant
Former Israeli Prime Minister Naftali Bennett joins The Quantum Insider to discuss the future of quantum computing, the global quantum race, and why he believes photonic quantum computing offers the most scalable path to fault-tolerant quantum computers.
V-Quantum Frontiers: National Strategy, Global Impact
At QWC 2025, former Prime Minister of Israel and Quantum Source Board Member Naftali Bennett joined Preston Dunlap, former inaugural CTO and Chief Architect of the U.S. Space Force & Air Force and founder of Arkenstone Ventures, for a timely discussion on how nations and companies can navigate the pivot from promise to practical quantum capability.
V-Beyond the Qubit Wall: Scaling Photonic Computing with Atoms
At QWC 2025, Quantum Source laid out how photonics could leap from probabilistic lab demos to room-temperature, fault-tolerant systems. In a tightly argued talk, CEO Oded Melamed described a hybrid approach that couples single photons with single atoms on one platform, aiming to make resource-state generation deterministic and compact enough for a standard server room.
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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.
