- Cross-Species Signaling
refers to the scientific field and associated technologies dedicated to the detection, interpretation, and manipulation of biological signals across different species. This discipline emerged during the Corporate Era as a result of groundbreaking discoveries in ultrasonic plant communications and was subsequently expanded to encompass biological signaling across various Earth species, including humans. - Neuroequilibrium Science
posits that human perception, emotions, and behaviors are heavily dictated by biochemical reactions within the brain and body. These reactions, often overwhelming and chaotic, are viewed as a "storm" that distorts our perception of reality. Emotions, in this framework, are not purely adaptive mechanisms but are seen as a double-edged sword—necessary for survival but inherently deceptive when left unchecked. This discipline aims to decode these biochemical storms and develop methods to neutralize or balance them, enabling humans to perceive the universe and their surroundings with "unclouded sensors."
"The Vox handles 648 trillion requests per minute from the human population of the universe. 648 trillion times every minute, of every hour, of every day, The Vox provides a conclusive answer to the questions of the human race. The fact that, when asked about the probability of this world being a simulation, The Vox basically said 'I don't know. Let me get back to you' should give our species a reason to pause and consider."
— Brother Evan Quinn on Sim Theory
Neuroequilibrium Science
Neuroequilibrium Science posits that human perception, emotions, and behaviors are heavily dictated by biochemical reactions within the brain and body. These reactions, often overwhelming and chaotic, are viewed as a "storm" that distorts our perception of reality. Emotions, in this framework, are not purely adaptive mechanisms but are seen as a double-edged sword—necessary for survival but inherently deceptive when left unchecked. This discipline aims to decode these biochemical storms and develop methods to neutralize or balance them, enabling humans to perceive the universe and their surroundings with "unclouded sensors." (learn more)
