These particles were theorized while searching for a generalization that encompassed both the Jones and Conway polynomials.  While they are known to be superconducting, it has been shown that these particles are not solely responsible for superconductivity.  Known to be present in the fractional variety of the quantum Hall 
These particles were theorized while searching for a generalization that encompassed both the Jones and Conway polynomials.  While they are known to be superconducting, it has been shown that these particles are not solely responsible for superconductivity.  Known to be present in the fractional variety of the quantum Hall effect, these particles are generally indigenous to two-space dimensions and are neither bosons nor fermions.  FTP, identify these particles thought to possess fractional quantum statistics and named for the fact that their spin could be anything.
These particles were theorized while searching for a generalization that encompassed both the Jones and Conway polynomials.  
anyons