Quantum Field Visibility and Ocular Back-Reflection: A New Hypothesis on Measurement-Induced

This paper by Treasure Nmachukwu Ukachi proposes a novel hypothesis suggesting that quantum fields become unobservable not just from intrinsic decoherence, but due to back-reflection from detectors—particularly biological ones like the human eye. When photons enter a refractive medium (e.g., the eye), some reflect back into the quantum system, perturbing it and collapsing its state. Key Points: A mathematical model using density matrix formalism shows that even small reflections (e.g., α = 0.05) can drastically reduce quantum visibility (V = e⁻Λᵗ). An experimental protocol is proposed to test the hypothesis using different detectors (standard, bio-mimetic, anti-reflection) to compare interference visibility. The hypothesis is strictly physical/optical, not related to consciousness, and could lead to new quantum detector designs that minimize optical feedback. This work offers a fresh perspective on the measurement problem in quantum mechanics, emphasizing detector-induced decoherence through back-reflection.