  Quantum networking allows the transmission of information in ways unavailable
in the classical world. Single packets of information can now be split and
transmitted in a coherent way over different routes. This aggregation allows
information to be transmitted in a fault tolerant way between different parts
of the quantum network (or the future internet) - even when that is not
achievable with a single path approach. It is a quantum phenomenon not
available in conventional telecommunication networks either. We show how the
multiplexing of independent quantum channels allows a distributed form of
quantum error correction to protect the transmission of quantum information
between nodes or users of a quantum network. Combined with spatial-temporal
single photon multiplexing we observe a significant drop in network resources
required to transmit that quantum signal - even when only two channels are
involved. This work goes far beyond the concepts of channel capacities and
shows how quantum networking may operate in the future. Further it shows that
quantum networks are likely to operate differently from their classical
counterparts which is an important distinction as we design larger scale ones.
