So you take a lot small qbit field analysis of a problem that overlaps 10 fold on the same deduced information although you are using 10 different omni-symmetric analysis not the same one.
Then you do an error reduction process and high qbit process in one go correcting thanks to the level of accuracy from the data overlap.
In terms of qbit processing this would be a quantum extension of photon compute graphing and a final large process of photon field graphing or at first maybe a photon system compiling for a super cooled quantum computer.
One task you might be able to do with such a system might be to optimize synaptic cellular automata and hence speed up classical algorithms and make circuits more efficient.
To some degree once the quantum computer makes a process more efficient on classical computer then the classical computer can do more.