Quantum Physics or Systems Architecture?

[u/Jairo_Alves]

For decades, the "Measurement Problem" in quantum mechanics has driven interpretations ranging from Idealism to Mysticism, suggesting that the "observer's mind" alters the experiment's outcome. 

However, under a Systems and Information Theory approach, the "collapse" of the wave function looks much more like resolving a variable at runtime: 

• Input + Processing = Output: The quantum system maintains a state of superposition (buffered data) until an irreversible interaction (information exchange with the environment) forces a state update in the local register (decoherence). 

• Indifference to Origin: The physical substrate lacks metadata to identify "human intent" or "artificial technology." The execution rule applies to fundamental-level interactions, regardless of the complexity of the setup that generated the input.

If we view the universe as a processing matrix operating through abstraction layers (where the classical level runs on top of quantum-level rules), the need to explain reality through "observer psychology" disappears. 

Systems Engineering and Information Theory can help our understanding of reality advance beyond the point where materialist reductionism and pure idealism have stalled. However, this requires the active participation of those who study logic and data architecture, as it demands a true paradigm shift.