Home → News → AI Efficiently Fixes Mistakes in Error-Prone Quantum... → Full Text

AI Efficiently Fixes Mistakes in Error-Prone Quantum Computers

By New Scientist

February 11, 2022

[article image]

Artificial intelligence (AI) can eliminate errors from a group of quantum bits, thanks to Lorenzo Cardarelli and colleagues at Germany's RWTH Aachen University.

The researchers used a small quantum computer model to generate a quantum version of a machine learning autoencoder algorithm.

They fed data into the system to see which errors it produced, creating pairs of correct and error-saturated data with which they trained the quantum autoencoder to detect and fix errors.

Cardarelli said the AI could be trained on a specific quantum computer and learn to correct errors unique to that system.

"This is almost like custom designing an error-correction code according to the characteristics of the particular hardware," said Sonika Johri at U.S.-based quantum computing firm IonQ.

From New Scientist
View Full Article


Abstracts Copyright © 2022 SmithBucklin, Washington, DC, USA


No entries found