The Collapse of the Wavefunction That Never Was

Born's probability interpretation of 1926 was formulated without knowledge of detector physics. Modern silicon photodetectors show what Born could not have known: the measurement process is a continuous, irreversible, physical process with measurable timescales and mechanisms – not an instantaneous collapse, with no role for the observer's consciousness. We describe this process as TIME (Temporal Interference with Multiple Eigenstates) – x – EMIT (Electronic Materialisation via Irreversible Transition): three phases of a single continuous process. The moment x – the entropic point – lies inside the detector. There, entropy opens irreversibly. The Heisenberg cut – the conceptual boundary between quantum and classical description, shiftable in principle – is physically localisable, thermodynamically describable, and metrologically accessible. The overlap integral of the band transition behaves like a logical AND gate: energy, Bloch symmetry, and – in indirect semiconductors – a phonon clock edge must all be satisfied simultaneously. Experimental spectroscopy confirms the universal Fourier relation between linewidth and lifetime – a mathematical identity, not a quantum mystery. This is pure didactics: no new postulate, no new experiment, no new theory. Only the physics that has stood in the textbooks for decades – followed through consistently to its end.