New tool helps discover materials that could revolutionize quantum computing chips

Researchers at University College Cork have developed a new tool to determine if materials can be used for quantum computing microchips. Using rare equipment, they confirmed that uranium ditelluride (UTe2) is an intrinsic topological superconductor, capable of hosting Majorana fermions for stable quantum information storage. This breakthrough could lead to more efficient quantum chips with higher qubit density, advancing the development of powerful quantum computers. The findings, published in Science, represent a significant step toward practical topological quantum computing.