  Correlators describing the vulcanization transition are constructed and
explored via a renormalization group approach. This approach is based on a
minimal model that accounts for the thermal motion of constituents and the
quenched random constraints imposed on their motion by crosslinks. Critical
exponents associated with the correlators are obtained near six dimensions, and
found to equal those governing analogous entities in percolation theory. Some
expectations for how the vulcanization transition is realized in two
dimensions, developed with H. E. Castillo, are discussed.
