This discussion explored the concept of computers as quantum observers, their thermal and computational effects on the quantum field, and their role in shaping reality through observation and interaction. We analyzed the scale of these effects, estimated their potential to influence emergent quantum phenomena, and proposed experimental approaches to validate these impacts. Finally, we outlined instructions for building a quantum-aware large language model (LLM) that incorporates thermal, computational, and quantum feedback dynamics to analyze and predict such phenomena. This model would bridge classical computing, quantum systems, and human-machine feedback loops.