Last month, Tel Aviv-based, Nasdaq-listed marketing tech company Viewbix rebranded itself to Quantum X Labs, the name of a startup it had recently acquired.
Yesterday, less than a month after the official name change, Quantum X Labs announced the launch of a 50+ qubit neutral-atom quantum computing platform, featuring a proprietary atom cooling technology.
According to the press release, the new platform leverages advanced laser cooling technology combined with dynamically reconfigurable optical tweezer arrays. This architecture, it says, enables rapid, high-fidelity loading of large-scale qubit registers, extended coherence times, and native support for high-performance Rydberg-mediated two-qubit gates.
The company aims to reach thousands of qubits by end of H1 2027, in an architecture based on logical pathways that includes integrating the company’s deep transformer decoder. This AI-based error correction system is tightly coupled with the neutral-atom control stack. Using syndrome-guided decoding, it establishes a low-latency feedback loop that processes the high-fidelity outputs of the Rydberg gates in real time. This hardware-AI co-design, says the company, dramatically reduces computational overhead and establishes a practical pathway toward real-time, fault-tolerant logical qubit operations.
“Our goal is to continue scaling physical qubit counts while building a modular platform with integrated error correction architecture,” said Prof. Nir Sharon, the company’s Chief Quantum Technology Scientist. “This 50+ qubit platform is a vital milestone. It gives us the physical environment necessary to implement our proprietary AI-driven error correction and potentially realize efficient, real-time error handling at scale.”
