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We're still a bit fuzzy on the protien folding field equations to entice the dendrite to latch onto our optical fiber in the same way a dendrite typically latches onto and commits to another axon in pursuit of its data collection goals.
By default the synapse will not connect to our optical fiber, unless we chemically force latching on, which causes them all to latch on which is obviously wrong. It's a guess as to whether the lack of latching on is a function of the optial fiber not uttering the correct back and fourth double password keyphrase on binding, so that both cells configure for the latchon. The optical fiber can present as a neuron, but it cannot do the latchon dance, and so the neuron grabs on, and then detatches because this is obviously some kind of foreign invading pathogen neuron or whatever.
Anons, we need to know the exact protien API config dance when two neurons latch onto each otehr, and stay latched, so that we can impulse latching just enough so that the neuron seeking data from a distant place chooses the speed of light interstate over the 700mph sideroads.
I need whole cell emulation of neuron, and a full kinematic model of the lifecycle of a synapse, along with the other neurons who participate in the swimming of the oars of the dendrite.
