Click For Photo: https://scx2.b-cdn.net/gfx/news/hires/2020/physicistsfi.jpg
In a recent study, University of Arkansas physics researchers found evidence of an inverse transition in ferroelectric ultrathin films, which could lead to advances in development of data storage, microelectronics and sensors.
"We found that a disordered labyrinthine phase transforms into the more ordered parallel-stripe structure upon raising the temperature," said Yousra Nahas, first author of the study titled "Inverse Transition of Labyrinthine Domain Patterns in Ferroelectric Thin Films," published in the journal Nature. Former and present U of A physics researchers Sergei Prokhorenko, Bin Xu, Sergey Prosandeev, and Distinguished Professor Laurent Bellaiche, along with colleagues in France, also contributed to the study.
Century - Types - Transitions - Law - Disorder
Proposed a century ago, these types of transitions seem to contradict the fundamental law that disorder...
Wake Up To Breaking News!
To despair is to turn your back on God, you can never despair.