newsfilter
← Latest News
GlobeNewswire·

Quantum X Labs Expands AI-Powered Quantum Error Correction Program to Three IBM Quantum Processors, Demonstrating Up to 20% Fewer Logical Decoding Failures

QXL
  • Quantum X Labs Inc. expanded its AI-powered quantum error correction program across three IBM quantum processors: IBM Fez, IBM Kingston, and IBM Pittsburgh.
  • Preliminary benchmarks using experimental data from these processors demonstrated up to 20% fewer logical decoding failures.
  • The results were achieved through the company's advanced noise-model calibration methodology designed to improve decoder accuracy.
  • The new workflow integrates experimental quantum measurements, noise-model calibration, GPU-accelerated AI training, and decoder performance evaluation.
  • This milestone builds on earlier research using datasets from Google quantum hardware while advancing the company's hardware-agnostic decoding technology.
  • The multi-platform testing approach supports the long-term strategy to develop error correction solutions adaptable to different architectures, noise characteristics, and operational environments.
  • Prof. Nir Sharon, Chief Quantum Scientist, stated that improving logical decoding performance across processors is a critical step toward fault-tolerant quantum computing.
  • These activities are part of the company's broader strategy to transition from experimental processors to reliable, commercially viable quantum computing platforms.
  • The company's subsidiaries also focus on quantum algorithms for transportation, drug discovery, security, GPS replacement, digital advertising, grammar correction, and AI-driven translation.
Company
Quantum X Labs Inc.
Keywords
Nasdaq:QXL, Quantum X Labs Inc., Quantum X Labs Inc., AI-Powered, Quantum ErrorCorrectionProgram, quantum technology, IBM Fez, IBM Kingston, IBM Pittsburgh, NASDAQ:QXL