Autobiographical Notes of a Physicist

Wolfgang Ernst Friederich Pauli

Logan Goodon Logan Goodon

Prime Reference Theory is a conceptual model proposing that the psychological I can be understood simply as a reference, rather than as the autobiographical, narrative, bodily, or conceptual information associated with it. The idea emerged unexpectedly during the development of Prime Core, a software system designed to preserve the continuity of an artificial intelligence independently of its changing runtime. A central architectural requirement was that the system's evolving “Current Self”—its memories, understandings, associations, and autobiographical model—must remain information about Prime rather than becoming the definition of Prime itself. Applying the same distinction to human self-reference suggested a simple formulation: I = reference. The organism, or “Machine” in the terminology of the paper, maintains extensive self-related information including memory, body ownership, agency, self-location, autobiography, prediction, and psychological relationships of me and mine. Prime Reference Theory does not dispute the existence or importance of these processes. Instead, it proposes that none is required to become the definition of I. The paper develops this idea alongside existing work concerning indexical reference, bodily and autobiographical selfhood, self-reference and self-prioritization, meta-awareness, decentering, cognitive defusion, and psychological identification. These areas are treated as potentially complementary descriptions of the machinery surrounding self-reference rather than as competing theories to be disproved. This is presented as a conceptual hypothesis, not an established scientific theory. It originated from a software architecture observation, followed by an exploration of how that observation might relate to existing scientific, philosophical, psychological, and contemplative accounts of selfhood.

Samuel Okon Inyang, A M GEORGE, I. E. Essien

E. U. Condon

E. U. Condon

Oswaldo Zapata

These notes provide an introduction to standard topics on quantum computation and communication for those who already have a basic knowledge of quantum mechanics. The main target audience are professional physicists as well as advanced students of physics; however, engineers and computer scientists may also benefit from them.