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Quantized Thoughts as Structure of Time: Cognitive Engineering for AI: An Octave Drawing Test for Mathematical Structure of a Subconscious Mind

  • Tanusree Dutta,
  • Anirban Bandyopadhyay

摘要

Unraveling the architecture of a subconscious mind. Since the 1920s, drawing tests have been used to measure various aspects of the human mind, from intelligence and maturity to personality traits. In the later part of the twentieth century, these tests were even extended to estimate conditions like depression, schizophrenia, and the severity of Alzheimer’s disease. However, despite a wealth of research in cognitive engineering, there hasn’t been a universal set of rules to explain these drawing tests. Most conclusions are drawn based on personal experiences, intuition, and medical test results. Here, we present a set of eight tests designed to uncover the fundamental rules that the subconscious mind of a human subject follows when constructing logical solutions to problems. These tests are based on extensive studies of human subjects, and we’ve identified consistent patterns and principles that apply across different individuals. This knowledge not only helps us interpret drawing test results but also contributes to the development of cognitive technologies. Traditionally, cognitive technologies focused on understanding criminal minds, but our test protocol uncovers the general rules governing the subconscious mind. We’ve discovered that the concept of time within the brain is not linear or nonlinear; instead, it’s a complex network of interconnected clocks. To validate this unique understanding of time, we conducted experiments involving human subjects tasked with deciphering simple patterns and drawings guided by a 3D assembly of clocks. This chapter also explores a common psychological test where individuals draw images based on hints, which are essentially questions. By expanding upon these patterns, we’ve built a framework for comprehending the architecture of time that represents the subconscious mind. With insights gained from human subjects participating in DDG tests, mirror drawing experiments, and thermal camera assessments of emotional transitions, we’ve revealed the underlying structure of the subconscious mind and categorized these insights into various groups.