  We show that interactions can drive a class of higher order topological
superconductors (HOTSC) into symmetry enriched topologically ordered phases
exemplified by topological quantum error correcting codes. In two dimensions,
interacting HOTSC realize various topologically ordered surface and color
codes. In three dimensions, interactions can drive HOTSC protected by subsystem
symmetries into recently discovered fracton phases. We explicitly relate
fermion parity operators underlying the gapless excitations of the HOTSC to the
Wilson algebra of symmetry enriched quantum codes. Arrays of crossed Majorana
wires provide an experimental platform for realizing fracton matter and for
probing the quantum phase transition between HOTSC and topologically ordered
phase.
