  Magnetic flux patterns are known to strongly differ in the intermediate state
of type-I and type-II superconductors. Using a type-I/type-II bilayer we
demonstrate hybridization of these flux phases into a plethora of unique new
ones. Owing to a complicated multi-body interaction between individual
fluxoids, many different intriguing patterns are possible under applied
magnetic field, such as few-vortex clusters, vortex chains, mazes or
labyrinthal structures resembling the phenomena readily encountered in soft
matter physics. However, in our system the patterns are tunable by sample
parameters, magnetic field, current and temperature, which reveals transitions
from short-range clustering to long-range ordered phases such as parallel
chains, gels, glasses and crystalline vortex lattices, or phases where lamellar
type-I flux domains in one layer serve as a bedding potential for type-II
vortices in the other - configurations clearly beyond the soft-matter analogy.
