Using a New Technique to Bridge the Gap Between Error-Prone Quantum and Classical Computing
Today, scientists have discovered a new technique to bridge the gap between error-prone quantum computing and classical computing. This technique, which is based on a mathematical framework called an “error-correcting code,” is designed to allow quantum computers to accurately process data even if errors are encountered on the quantum level. The code uses a combination of classical and quantum information to detect and correct errors, which could potentially make quantum computers more reliable and powerful than ever before. Scientists anticipate that this breakthrough could be a major step towards the development of a practical quantum computer.
source: Phys.org