A new EPFL-led study has developed a way to measure superconducting quantum bits faster and more accurately, while also reducing the amount of required hardware. The approach addresses one of the key challenges in scaling up quantum computers.

A new EPFL-led study has developed a way to measure superconducting quantum bits faster and more accurately, while also reducing the amount of required hardware. The approach…

Une nouvelle étude menée par l’EPFL a mis au point une méthode pour mesurer les bits quantiques supraconducteurs plus rapidement et avec plus de précision, tout en réduisant les…