> [0] Unless you implement a cpu on top of the fpga :) You should revisit what "Turing complete" means. The whole idea is based on one architecture being able

> [0] Unless you implement a cpu on top of the fpga :) You should revisit what "Turing complete" means. The whole idea is based on one architecture being able to perform the computations an other architecture can by implementing a sort of emulator of the other architecture. So the fact that the FPGA can implement a CPU shows that the FPGA is Turing complete, there is no "unless" about it.