FAP, May 15 / PRNewswire-FirstCall-Asianet /-- in a paper published on the preprint server arXiv in October last year and in Nature on May 11 this year, the Google Quantum artificial Intelligence team announced that they had observed the special behavior of non-Abel Anyons using superconducting quantum processors for the first time. This paper introduces in detail the experimental observation of non-Abel Anyon weaving hosted by qubit many-body wave functions in a superconducting processor. The experiment, conducted by the Google Quantum artificial Intelligence team on a 5 × 5 qubit superconducting quantum processor, involves creating defects in a quantum error correction code that spans many qubits. The researchers use non-Abel weaving to create entangled states, which provides a prospect for future applications in quantum computing or quantum error correction.