Quantum X Labs develops geometric encoding for nuclear quantum simulation

Quantum X Labs Inc. (Nasdaq: QXL) announced the development of a new approach for encoding complex spatial geometries into a quantum transport framework, according to a press release issued Sept. 3, 2026.

The Tel Aviv-based company said the method enables simulation of particle trajectories through complex material boundaries and heterogeneous structures. The company said the approach is intended to address computational costs associated with modeling realistic nuclear environments, including systems with intricate boundaries and multiple materials.

David Shnaiderov, Head of Nuclear Quantum at Quantum X Labs, said in a statement: "Efficient geometric encoding is fundamental to making quantum transport algorithms relevant to realistic physical systems. This milestone demonstrates our progress in addressing one of the key computational bottlenecks in the field and establishes an important foundation for the next generation of quantum transport methods."

The company said the advancement is part of a broader effort to develop quantum computing approaches for problems in nuclear science and particle transport. Quantum X Labs operates across multiple business segments, including quantum technology, digital advertising, and enterprise artificial intelligence solutions through subsidiaries Gix Media and Metagramm.

You May Also Be Interested In

• 3M and AWS to deploy optical tech across data center infrastructure
• Increasing unusual put option volume: PBF EXE PAGS USAS DHR TMO ELV CMG KOS
• Increasing unusual call option volume: GTM BRZE MNRO DXC SGHC STLX SPAX PAGS