Unraveling the Enigma of "Strange Metals": A 40-Year Quantum Puzzle Solved
A new theory has been proposed to explain the unusual behavior of strange metals, a long-standing challenge in condensed matter physics. The theory suggests that strange metals exhibit two key properties: quantum entanglement of electrons and a nonuniform arrangement of atoms. These properties result in the electrons colliding with each other in all directions, leading to increased electrical resistance. The theory could help researchers understand and develop new superconductors, and the name "strange metals" may need to be reconsidered.
