How Do Physicists Successfully Achieve Kibble-Zurek Scaling at Atomic Scale?
The recent success of physicists in achieving Kibble-Zurek scaling at the atomic scale has left many of us wondering: how did they do it? The Kibble-Zurek mechanism explains how certain systems, such as the early universe or superconducting materials, transition from one state to another. However, applying this theory at the atomic level presents many challenges. How did the physicists overcome these challenges? What are the implications of this achievement for future research and technology? We are eager to explore the details of this groundbreaking accomplishment and its potential impact on our understanding of fundamental physical processes.
source: Phys.org