  Rochelle salt has a remarkable characteristic of becoming more ordered for a
range of high temperatures before melting. In the particle physics language
this means more symmetry breaking for high T. In many realistic field theories
this is a perfectly consistent scenario which has profound consequences in the
early universe. In particular it implies that there may be no domain wall and
monopole problems, and it may also play an important role in baryogenesis if CP
and P are broken spontaneously. In the case of the monopole problem this may
require a large background charge of the universe. The natural candidates for
this background charge are a possible lepton number in the neutrino sea or
global continous R-charges in supersymmetric theories.
