Similar to how demultiplexing separates combined signals back into their original components in digital systems, the brain's neural networks decode and extract meaningful information from the patterns of neuronal activity. This process allows the brain to interpret sensory inputs, make decisions, and generate appropriate responses.

Just as binary digits encode data in computers, the universe can be seen as operating on fundamental principles of simplicity and duality, where complex phenomena emerge from the interaction of basic elements. The pervasive presence of binary principles across various scales of existence suggests a fundamental unity in the underlying fabric of reality. By studying binary code and its applications, we gain insights into the universal principles of computation, information processing, and emergence, offering a glimpse into the deep interconnectedness and complexity of the cosmos.