Well, trivially that's a yes. However, the "specification level breach" property of A.T.'s work is what intrigued me - i.e. the circuits are specified to do a digital task, but work in an analog manner - constructing antennas and receivers - to the extent that the same digital circuit wouldn't work when written to another FPGA.
Also, entanglement doesn't need to be perfect. You can have 1% entanglement too and have that propagate over time and operations. The question is whether an evolved circuit can figure out pathways to use that little bit of entanglement in ways that our understanding doesn't quite admit .. in much the same way as a digital FPGA designer wouldn't think about using not-gates as antennae.
An unreliable circuit achieved this way would also be interesting I think.
Also, entanglement doesn't need to be perfect. You can have 1% entanglement too and have that propagate over time and operations. The question is whether an evolved circuit can figure out pathways to use that little bit of entanglement in ways that our understanding doesn't quite admit .. in much the same way as a digital FPGA designer wouldn't think about using not-gates as antennae.
An unreliable circuit achieved this way would also be interesting I think.