News

By erasing distinguishing temporal information, non-identical photons can nonetheless be used in fusion gates

How single atoms can solve the most demanding challenge in photonic quantum computation: deterministic generating of graph states

This survey explores the evolution of cavity quantum electrodynamics (QED) concepts and technology over the years, transitioning from bulk optical structures and transient atoms to integrated fabrication-based resonators and stationary atoms.

Realizing a unitary exchange of qubits between light and matter carries both fundamental and practical significances.

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

The first experimental demonstration of a qubit SWAP gate between two different types of qubits.

Picking one photon from a laser pulse: a single-photon source for atom-mediated photonic quantum computation.

The real quantum revolution will begin when quantum computers become affordable and cost effective to scale. Quantum Source paves the way for practical, fault...

Single-Photon Raman Interaction (SPRINT) – the physics behind the qubit SWAP gate and single-photon extraction.

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

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.

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.

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.

Quantum Source Ltd., a pioneering quantum computing innovator, welcomes former Israeli Prime Minister Naftali Bennett to its board of directors.

Picking out exactly one photon from a pulse of light is more than just a technological breakthrough.

The interaction between photonic and matter qubits represents an exciting and promising avenue for the development of quantum computers.

The first realization of a single-photon controlled photonic router, using a single atom without any other control fields.

REHOVOT, Israel—(BUSINESS WIRE)—Quantum Source, an Israel-based company developing the technology needed to bring photonic quantum computers to market.

Following the transistor footsteps with single photons opens the path to scalable photonic quantum computation.

Three serial entrepreneurs and a leading Professor from the Weizmann Institute of Science join forces to establish Quantum Source and actualize a breakthrough.

Israel-based Quantum Source, a technology company that is aiming to bring photonic quantum computers to market, has announced that it has raised a $12 million.

Bennett said, “Quantum computing is one of the few technologies that has the potential to move the world forward in a significant way.

Quantum Source, which is aiming to bring quantum computers to market, raised $12 million in an extended seed round from Dell Technologies Capital.

Despite coming late to the game, Israel could leapfrog to rival the world’s main quantum players, experts predict. For the foreseeable future, most of us will keep using...

Quantum Source, an Israel-based quantum computing startup, has come out of stealth mode with a $15 million seed funding round co-led by Grove Ventures, Pitango…