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Quantum Reports, Volume 7, Issue 4

December 2025 - 21 articles

Cover Story: The Measurement Problem has been a confounding issue in quantum mechanics since its beginnings. Briefly, why does a wavefunction “collapse” to one eigenstate when a measurement is made, regardless of the wavefunction’s state prior to measurement? Though there have been many attempts to address the problem, there is still no wholly accepted resolution, and it remains a foundational problem. In this issue, a little-explored path for resolving the problem is discussed that exploits wavefunction phase. To illustrate the path’s potential, “eigenphase” sets that are disjoint among orthogonal eigenvectors are considered. Wavefunction collapse then occurs as a consequence of constructive/destructive interference when a classical measuring device “phase locks” to an incoming quantum particle. View this paper
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Quantum Rep. - ISSN 2624-960X