Unleashing High-Temperature Superconductivity Under Extreme Pressure

Unleashing High-Temperature Superconductivity Under Extreme Pressure In the quest for pushing the boundaries of superconductivity to higher temperatures, researchers have turned their attention to hydrides, a class of materials that hold immense promise. While the potential of hydrides to exhibit high-temperature superconductivity is undeniable, it is worth noting that achieving such states requires subjecting these materials to extreme pressures. However, recent breakthroughs in experimental protocols have introduced a magnetic route that enables the detection and study of superconductivity in hydrides, making them compatible with high-pressure devices. Superconductivity, a fascinating phenomenon where electrical resistance drops to zero, has long been a subject of intense scientific pursuit. The discovery of conventional superconductors, such as mercury and lead alloys, opened the doors to a wide range of technological advancements. However, these materials exhibit superconductivity ...