Videos

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.‍

Discover the Quantum Source ORIGIN - a breakthrough deterministic photonic cluster state generator that changes everything about quantum computing scale and accessibility. Unlike traditional probabilistic systems requiring massive infrastructure, ORIGIN uses single rubidium atoms as quantum mediators to generate and entangle photons deterministically. The result is million-qubit quantum computer that fits in a standard server room and operates at room temperature. By combining the precision of atomic qubits with the scalability of photonic qubits, we're enabling large-scale fault-tolerant quantum computation without the massive footprint. This is quantum computing, brought to light.

Prof. Barak Dayan walked QWC 2025 attendees through three breakthroughs that rewired humanity’s understanding of reality and, with it, global power...

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.

Today's quantum hardware struggles with high error rates, leaving a massive "quantum chasm" between current capabilities and real-world application.

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.

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.

Discover how photonics powers quantum computing. Every photon matters, making low-loss routing, switching, and fiber-to-chip interfaces crucial for scalable system performance. Learn how silicon photonics and dynamic optical routing form the backbone needed to connect quantum unit cells and build a functional quantum computer.

None of the physics, chip design, or engineering in this series happens in isolation. Quantum Source's theory group is responsible for the architecture end to end, and their blueprint only holds up if it's grounded in what's actually physically possible in the lab. Limitations the physics team runs into at one layer often turn into opportunities the theory team can build into the design at another.

By this point in the series, you've seen the physics, the engineering, and the architecture. Episode 6 is about the people holding all of it together. At Quantum Source, that starts with trust: team members who see each other as friends first, and who trust each other's professionalism enough to build on each other's work.

Photonic quantum computing offers the most promising route towards fault-tolerant quantum computers by providing a modular solution.

By making resource state generation deterministic instead of probabilistic, Quantum Source overcomes existing quantum space and efficiency challenges.

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.

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.‍

At Q2B Tokyo 2025, our CEO Oded Melamed presented “Making Photonic Quantum Computation Scalable Using Single Atoms,” explaining how our photonic-based approach addresses key challenges to enable scalable quantum computing.

Watch as we explore: The essence of light and matter: photons and atoms. The early stage of quantum computing and its limitless potential. How Quantum Source is bridging today’s technology gaps with our transformational methods.

In the second video of our series, we explore the fundamentals of photonic and atomic qubits and their role in quantum computing. This video provides an overview of how these elements are used to address the challenges of scaling quantum systems.

In the fourth video of our series, we dive into the groundbreaking potential of photonic quantum computation. We explore how shifting from probabilistic to deterministic processes can drastically improve efficiency and scalability, paving the way for room-temperature quantum computers with millions of qubits.

We are excited to launch the third video in our Light and Matter’ series! Quantum Source is paving the way for the future with scalable and practical quantum computing solutions. In ‘Not Hundreds but Millions,’ discover how Quantum Source is using cold, trapped atoms to generate and entangle photons into cluster-states for photonic computing. Learn more about our innovative approach and watch the video.

In this insightful conversation with Jason Palmer at the @Economist Commercializing Quantum 2024 conference, Naftali shares his motivations for joining the quantum computing effort, emphasizing its potential to revolutionize sectors such as medicine and cybersecurity.

In his keynote at the Commercializing Quantum 2024 conference, our CEO, Oded Melamed, discussed the scalability of #photonic quantum computing and the associated practical challenges.

At Quantum Source, we’re on a mission to redefine what’s possible in quantum computing—and we’re looking for passionate innovators to join our journey. Every day, our team of experts tackles challenges that push the boundaries of technology, working together to shape the future with curiosity, skill, and ambition.