  Can topological quantum entanglement between anyons in one topological medium
"stray" into a different, topologically distinct medium? In other words, can
quantum information encoded non-locally in the combined state of non-Abelian
anyons be shared between two distinct topological media? We consider a setup
with two p-wave superconductors of opposite chirality and demonstrate that such
scenario is indeed possible. The information encoded in the fermionic parity of
two Majorana zero modes, originally within the same superconducting domain, can
be shared between the domains or moved entirely from one domain to another
provided that vortices can tunnel between them in a controlled fashion.
