This preprint introduces a framework for quantum coherence engineering, suggesting implications for measuring quantum states.
Preprint:Introduces the Temporal Envelope Theory (TET) framework, treating T_e = ℏ/ΔE_eff as the physical causal duration of a quantum state — an independently measurable engineering parameter, not a notation. Recovers Fermi's Golden Rule, Lindblad, and all standard decoherence limits analytically. Derives the Temporal Photoelectric Effect: dephasing vanishes exactly when η = δE/ΔE_eff = 2πn. Cross-route consistency verified to six significant figures across five platforms.
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neal andrew kydd (2025) studied this question.
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