Cracking the Enigma: Scientists Unravel the Mystery of Strange Metals

Physicists have developed a universal theory to explain the behavior of "strange metals," which conduct electricity in unconventional ways. These metals become superconductors at low temperatures but exhibit increased resistance at higher temperatures. The researchers attribute this behavior to a combination of quantum entanglement and randomness. The entangled electrons, known as Cooper pairs, have wave-like properties that allow them to move more easily through the material at low temperatures. However, the random arrangement of atoms disrupts their flow as the temperature rises, causing additional resistance. Understanding this interplay could aid in the design of better superconductors for applications such as quantum computers.