SCT Lab published a paper on how they make the Pb-Cu-P-S-O compound that has some pieces with potential room temperature superconductivity. The description of the process to make it is partial. How ...

Magic-angle” graphene may provide new clues into poorly understood unconventional superconductors, which operate at higher-than-normal temperatures.

Scientists in South Korea have claimed to have made one of the "holy grails" of physics: a superconductor at room temperatures and pressures. Now, researchers around the world are racing to replicate ...

But the hunt for a superconductor—that is, a material that can conduct electricity without resistance—that can operate at room temperature is nothing new. A Dutch physicist discovered the phenomenon ...

An international team has developed a new method to make and manipulate a widely studied class of high-temperature superconductors. This technique should pave the way for the creation of unusual forms ...

A team from MIT has just reached a significant milestone in understanding superconductors by demonstrating exceptional quantum properties in a twisted triple-layer graphene structure.

A non-chiral, superconducting material and a chiral, non-superconducting material were combined in different element ratios to create a new compound with the properties of both. Credit: Tokyo ...

Lawrence Berkeley National Lab researchers have employed computational methods to outline an approach for optimizing the LK99 material as a superconductor. Some may question why Nextbigfuture ...

In this video, Patrick Adair demonstrates the creation of a custom handmade superconductor ring made from copper and titanium sourced from an MRI machine. The video highlights the fascinating process ...