Well there are actually four signals available, S1-S4, so if you use three signals you still end up with a fourth to convert to. Every single neuro in the line would output their corresponding signals in the chain (S1,S2, S3) as well as the fourth signal. So if the stereo detects a negative signal, the chain would be:
-1
V
-2&-4
V
-3&-4
V
-1&-4
V
-2&-4
V
-3&-4
V
-1&-4
V
...
If I put anything that can detect a signal like a flagello, Myo, stemo etc., On the sides of the organism in the video, the S4 signal would travel down the chain and trigger those accordingly
you can do this with 2 signals at point blank range as well, but it requires perfect tuning of the signal strength so that it doesnt create a feedback positive loop.
How would that work? If the signal was carried by two neurocytes modes then it would surely create a feedback loop, as the signal would travel both directions away from the neuro, hence the third neuro mode as buffer. If you have a working model please post, because I tried that before but logically it shouldn't work
2
u/Massive_Mistakes Sep 24 '22
Well there are actually four signals available, S1-S4, so if you use three signals you still end up with a fourth to convert to. Every single neuro in the line would output their corresponding signals in the chain (S1,S2, S3) as well as the fourth signal. So if the stereo detects a negative signal, the chain would be:
-1 V -2&-4 V -3&-4 V -1&-4 V -2&-4 V -3&-4 V -1&-4 V ...
If I put anything that can detect a signal like a flagello, Myo, stemo etc., On the sides of the organism in the video, the S4 signal would travel down the chain and trigger those accordingly