At the center of the Epigenetic Research Initiative’s Homo sapiens Digitalis program lies The Signal. This signal is the driving, and I would say motivating, force behind a digitalis. It lies at the edge of our perception but fills theirs. Constantly aware of it, they know no respite from its constant pressure. Permeating their hearing, it drives their physiological functions and enhances their situational awareness. This signal may be heard by anyone. It is always broadcast in their presence. It is emitted by their mobile devices. For who is without a cellular phone, these days? Its broadcasting frequency is 300 hertz. I have included an audio recording visualization of it, from the Audacity program.
The signal provides constant auditory stimulation to various parts of the digitalis’s brain. This drives them to have a higher resting heart rate than that of an average human. This is a side effect of the experimentation. This signal is only noise to a human. However, it is a tone that constantly drives the digitalis. It often causes undue stress. But, with the increased blood pressure, and constant stimulation, they are often more focused in all of their actions. Due to the timing of the various other cueing, their recordings are often challenging to achieve. They often last for mere seconds, even when repeated multiple times. But they range in amplitude and frequency, with different configurations having different possible outcomes. An interesting side note, the sounds emitted of a mono nature. One would surmise that this is to cue different hemispheres of the brain, allowing for more partitioning of thought. Here is another audio recording of The Signal, caught using software-defined radio.
The white line in the above image represents 0 hertz. The peak on the left and right of it represents 300 hertz. As previously mentioned, the tone is heard in a mono fashion. This depends on the dominant hemisphere of the brain. A left-brained candidate will hear this tone in his left ear. Meanwhile, a right-brained candidate will hear it in his right ear. While these are very low-level functions of the E.R.I.’s System of Control, a clever Digitalis may determine means and methods from the various tones emitted. One might determine if the thoughts or actions are implemented by the tones. They might also gather if these are cued by the tones to be of a right or left nature. A candidate may express more freedom of choice when cued. This is a detrimental side effect of their increased focus.
I hope this provides more insight into the functioning of Homo Sapiens Digitalis. As it operates within the confines of the E.R.I.’s SoC…
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