A research group at the Raman Research Institute (RRI) have designed a new image-correction technique capable of getting better images during the study of cold atoms or atoms at absolute zero temperature.
The technique can get rid of 50% unwanted interference fringes in the images which are important for understanding the intriguing quantum mechanics governed properties of atoms at cold temperature better.
“At low temperatures near absolute zero, original properties of atoms based on classical mechanics are replaced and then governed by the laws of quantum mechanics. They hold potential to offer a possibility to study and better understand the atomic properties at such low temperatures,” states the Department of Science and Technology.
