Evidence of new unconventional double topological superconductor скачать в хорошем качестве

Evidence of new unconventional double topological superconductor

Superconductivity is touted to revolutionize many elements of the modern world; however, it is limited in applications due to the strict temperature and pressure environments that are required to achieve this state of matter. An exciting new path is to investigate topological superconductors. This is a different phase of matter that is confined to the surface of the material. There are potential benefits to this type of superconductor, as it is resilient to defects in the bulk and may offer a pathway to realize room-temperature ambient conditions superconductivity. In this video, I discuss the background and results of a new breakthrough in topological superconductors [1]. While room temperature superconductors have been realized [2] they require such high pressures that they are unviable for many applications. Perhaps this type of superconductor will remove these current restrictions. For more information about topological superconductors and 2D materials check out Refs [3-4]. 0:00 - Intro 0:23 - What is a superconductor 1:20 - Latest superconductors 2:30 - Topology 2:56 - Topological superconductors 4:15 - UTe2 4:45 - Measuring SC transition 5:29 - Paper results [1] Double topological superconductor doi.org/10.1126/science.abb0272 [2] Room temperature superconductor, doi.org/10.1038/s41586-020-2801-z [3] Conference talk on topological superconductors,    • Topological superconductivity in pnictides...   [4] Two-Dimensional material defects, doi.org/10.1115/1.4045005