institutional access

You are connecting from
Lake Geneva Public Library,
please login or register to take advantage of your institution's Ground News Plan.

Published loading...Updated

Unique Method Enables Simulation of Error-Correctable Quantum Computers

GUANGZHOU, CHINA, JUL 2 – The new algorithm enables efficient long-time simulation of many-body quantum systems with polynomial resource scaling, advancing error correction for fault-tolerant quantum computing.

  • Researchers from Chalmers University, the Universities of Milan, Granada, and Tokyo unveiled a method to simulate error-corrected quantum computations on July 2, 2025.
  • They developed this method to address the challenge of quantum computers' limited ability to correct errors due to qubits’ extreme sensitivity to noise and disturbances.
  • The method uses the Gottesman-Kitaev-Preskill bosonic code, encoding quantum information across multiple energy levels to detect and correct errors without destroying the information.
  • Giulia Ferrini explained that their team has developed a new approach that greatly improves the simulation of GKP codes compared to earlier techniques, enabling novel opportunities to study and construct more reliable quantum computers.
  • This breakthrough implies important progress toward scalable, fault-tolerant quantum computers that can solve complex problems beyond today’s supercomputers' reach.
Insights by Ground AI
Does this summary seem wrong?

11 Articles

Think freely.Subscribe and get full access to Ground NewsSubscriptions start at $9.99/yearSubscribe

Bias Distribution

  • 100% of the sources are Center
100% Center

Factuality 

To view factuality data please Upgrade to Premium

Ownership

To view ownership data please Upgrade to Vantage

Phys.org broke the news in United Kingdom on Wednesday, July 2, 2025.
Sources are mostly out of (0)

Similar News Topics

You have read 1 out of your 5 free daily articles.