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ing on top of depolarizing noise fluctuations would be amplified more compared to signals
riding on hyperpolarizing noise fluctuations. This asymmetry would cause an increase in
the overall noise, as random fluctuations above and below the mean would not average each
other out. A more complete way to analyze this phenomenon would use the model of the rod
network we have developed, and a more detailed model of the noise, which could include
a harmonic analysis of intermodulation distortion to examine how synaptic nonlinearities
would cause noise and signal to modulate one another.
By outlining these ideas for future work, I hope that I have outlined a path for myself
and others to follow to continue what I have accomplished.
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