4 ms·
It's more like, addition is an XOR. (In fact, AND as mult and XOR as add are GF(2)). Throw in NOT (or, really, just a constant 1) and you can compute any circui
by scarmig 3y ago
It's more like, addition is an XOR. (In fact, AND as mult and XOR as add are GF(2)). Throw in NOT (or, really, just a constant 1) and you can compute any circuit.
Biologically, inhibitory neurons are every bit as important as excitatory ones, so if you squint just right, XOR looks like a neuron's activation being inhibited by another presynaptic neuron.