Platform launched · May 2026
Quantum Computing
A quantum computing platform based on cold atoms: laser-cooled atoms held in reconfigurable optical tweezer arrays, with 50+ physical qubits and native Rydberg-mediated two-qubit gates.
Quantum X LabsQuantum computing with cold atoms.
Quantum computing with cold atoms.
Sensing, software and applications.
Israeli expertise. Global quantum ambition.
We develop quantum computing with cold atoms, AI-assisted quantum error correction, Quantum Sensing, Quantum Applications and Quantum Cybersecurity.
We develop quantum computing with cold atoms, AI-assisted quantum error correction, Quantum Sensing, Quantum Applications and Quantum Cybersecurity.
Who we are
Building Israel’s cold-atom quantum future.
We bring together expertise in atomic physics, precision engineering and AI. Our laboratories for cold atoms are the infrastructure where we develop, integrate and scale up quantum technologies and systems.
Our Vision
To be a company at the forefront of the quantum revolution, shaping how the world computes, communicates, navigates and secures its future.
Our Mission
To build, develop and scale up a broad range of quantum technologies, turning scientific research into practical systems and applications.
20+Professors, PhDs & experts
8Patent applications pendingComputing · sensing · applications · cybersecurity
50+Physical qubits on our platform based on cold atomsLaunched May 2026
5segments. One company.Computing · Error correction · Applications · Cybersecurity · Sensing
Solutions
Our Solutions
One platform based on cold atoms and the technologies around it, in five segments: Quantum Computing, Quantum Error Correction, Quantum Applications, Quantum Cybersecurity and Quantum Sensing. Choose an area to jump to it.
Benchmarked · NVIDIA CUDA-Q QEC
Quantum Error Correction
AI-assisted quantum error decoding: a patent-pending, code-agnostic machine-learning decoder, benchmarked on public hardware data.
Prototype · proof-of-concept
Quantum Applications
CliniQuantum · Nuclear Quantum
Hybrid quantum-classical algorithms for simulation, sampling and complex data analysis.
Validated on IBM hardware · Oct 2026
Quantum Cybersecurity
QuantumQ Security: detect, encrypt, verify — security building blocks grounded in quantum physics.
In development · patent pending
Quantum Sensing
Two products in development: the Quantum Gyroscope, rotation sensing without moving parts, and the Quantum Atomic Clock, a compact rubidium Ramsey-CPT clock for frequency stability and synchronization.
Catalog · cold-atom components
Core Products
The cold-atom building blocks for quantum computing, sensing and atomic clocks: pre-built subsystems designed to accelerate the experiments of research labs and hardware teams.
Industries
Industries we build for
Where our work meets a concrete need. Unless a result is stated, these are potential applications.
Defense & Aerospace
Navigation and synchronization when GNSS is denied or jammed.
Potential application
Healthcare & Life Sciences
Clinical trial data analysis that finds the responders averages miss.
Nuclear Energy & Engineering
Fewer samples for the same precision in particle-transport simulation.
Telecommunications & Critical Infrastructure
Frequency stability and synchronization for networks and grids.
Potential application
Cybersecurity & Secure Communications
Quantum-native detection, encryption and verification.
Research & Advanced Computing
Cold-atom components and a code-agnostic QEC decoder for labs.
Your sector is not listed?
Tell us the computation or measurement that is holding you back.
Research & results
Quantum breakthroughs
Numbers from our published work. Each one links to its source — and says what it measures.
8Patent applications pending across quantum computing, sensing, applications and cybersecurity50+Physical qubits — platform based on cold atoms launched, May 202621×Up to 21× lower cumulative error — LayerQake on three IBM quantum processors, Oct 2026>10×Faster runtime — continuous-data quantum sampling with GPU acceleration (NVIDIA CUDA-Q)4.2×Fewer logical failures in simulation — learned-weight NMWPM vs uniform MWPM
Roadmap
From physics to logical qubits
Where our platform based on cold atoms stands today, and the targets we are building toward.
-
2026Achieved
One of Israel’s largest cold-atom labs
- Physical qubits
- 50+
-
2027Target
Towards logical quantum computing
- Logical qubits
- <20
- Physical qubits
- 100+
- Gate performance
- N/A
-
2029Target
Error-corrected computing
- Logical qubits
- ~100
- Physical qubits
- 1,000+
- Gate performance
- 99.9%
-
2030Target
Full fault-tolerant scale-up
- Logical qubits
- ~800
- Physical qubits
- 100,000+
- Gate performance
- 99.999999%
Partners & Collaborators
Partners, collaborators and ecosystem
Questions
Quantum, briefly
Short answers to the questions we are asked most — about the field, and about what we actually do.
What is quantum computing with cold atoms?
A quantum computer whose qubits are individual atoms, laser-cooled and held in an array of optical tweezers. Our platform pairs that array with Rydberg-mediated two-qubit gates and an AI-assisted error-correction decoder.
Why does quantum error correction matter?
Qubits are noisy. Without error correction, large-scale quantum computation is impossible — and decoding the error data fast enough is the bottleneck. That is the problem our patent-pending machine-learning decoder addresses.
What is a logical qubit?
Information encoded across many physical qubits so that defined errors can be detected and corrected. Logical qubits are what long, reliable programs run on; building toward them is the centre of our roadmap.
Is any of this quantum advantage?
Not yet, and we say so. Our published results come from simulators, GPU-accelerated workflows and hardware benchmarks. They validate methods; they are not a demonstration of quantum advantage.
What do your quantum sensors measure?
Rotation — a gyroscope based on atomic nuclei, and an optically read hemispherical resonator — and frequency, with the Quantum Atomic Clock, a rubidium Ramsey-CPT clock. Both are in development.
How do you work with partners?
Research collaboration, pilots on real problems, and cold-atom components for labs and hardware teams. Tell us the computation or measurement that is holding you back — we will say honestly whether our work applies.Explore a partnership →
Our labs
Our Quantum Labs
Where we develop, integrate and scale up our technologies: the cold-atom apparatus and the atomic-clock bench, photographed in our laboratories.
Our Team
Yossi Cohen, Former Mossad Chief
Strategic Advisor to SoftBank, President of Scientific Advisory Board
Prof. Oren Kurland
Professor and Endowed Chair Technion, Israel Institute of Technology, Scientific Advisory Board
Prof. Oren Raz
Prof. Raz is one of Israel's leading physicists and a faculty member in the Department of Physics at the Weizmann Institute of Science, Scientific Advisory Board
Yaki Baranes
CEO, QXL
Prof. Nir Sharon
Chief Quantum Technology Scientist, QXL
Dr. Eliran Talker
VP Quantum Sensing, QXL
Dr. Ira Wolfson
Quantum Security Expert
Dr. Tidhar Turgeman
Head of Clinical Trials Data Analysis
Dr. Arik Cohen
Algorithm Development
Gal Peretz
Machine Learning Expert
Yogev Zohar
Head of Error Correction Operation
Sagiv Kerman
Quantum Scientist
Roie Gilad
Quantum Computation Scientist
Prof. Daniel Freedman
Distinguished Quantum Scientist
David Shnaiderov
Head of Nuclear
Yali Carmon
Quantum Scientist
Golan Ben Ari
Quantum Researcher
Or Refaeli
Quantum Researcher
Ben Ratzon
Quantum Expert Researcher
Dr. Amir Dalal
Quantum researcher
Michael Ilan
Quantum Scientist
Tomer Segev
Rydberg Atoms Scientist
Chen Gadi
Quantum Expert Researcher
Michal Evian
Operational Manager
News & insights
Latest updates
Research notes and results from the team.
October 25, 2026
Quantum Particle Transport: Simulating Radiation on a Quantum Computer
How a quantum algorithm can reproduce Monte Carlo particle transport, prototyped on gamma-ray photons in a 2-D SPECT…
October 21, 2026
Toward Accelerated AI-Guided Quantum Error Correction with NVIDIA CUDA-Q
How learned guidance can improve matching-based quantum error correction, evaluated with NVIDIA CUDA-Q QEC on simulation and Google…
August 4, 2026
Quantum X Labs: Powering the Transition to Real-World Quantum Applications
At a Glance For decades, quantum computing has been viewed as one of the world’s most promising technological…
Partnerships
Explore a Partnership
Partnerships, sales, research collaboration or a general question — one form, straight to the team.
- Technical discussion about your hardware, data or measurement problem
- Feasibility study of whether our methods apply to it
- Joint benchmarking against your classical baseline
- Component inquiry about our Core Products