The Quantum Measurement Problem
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Updated
Dec 26, 2025
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wavefunction-collapse
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We derive a fundamental limit on the mass of objects capable of sustaining spatial superpositions, based on the Bekenstein entropy bound and the holographic principle.
research physics information-theory quantum-mechanics open-science scientific-computing thermodynamics theoretical-physics quantum-information quantum-gravity quantum-optics mathematical-physics quantum-foundations quantum-superposition decoherence mesoscopic-physics holographic-principle no-go-theorem bekenstein-bound wavefunction-collapse
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Jan 23, 2026 - HTML
A fundamental mass scale where quantum unitarity spontaneously breaks down due to interaction with the cosmological acceleration horizon.
python research information-theory quantum-mechanics open-science scientific-computing computational-physics simulations theoretical-physics mathematical-physics tamesis quantum-foundations quantum-superposition decoherence phenomenology mesoscopic-physics entropic-gravity collapse-models wavefunction-collapse quantum-to-classical-transition
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Jan 20, 2026 - Python
Observer Frequency Structure Interpretation – interpretative framework on the quantum measurement problem.
quantum-mechanics zenodo preprint quantum-measurement foundations-of-physics quantum-foundations decoherence quantum-interpretation measurement-problem wavefunction-collapse born-rule quantum-to-classical
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Jan 4, 2026
Unified Field Theory of Eternal Bloom (UFT-EB): Informational Emergence, Threshold Collapse, and Covariant τ-Lock Dynamics in Quantum Systems
entropy information-theory theoretical-physics general-relativity quantum-gravity quantum-physics qiskit unified-field-theory quantum-collapse wavefunction-collapse
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Apr 6, 2026 - HTML
To simulate and validate the existence of a universal critical mass scale ( M c ) where quantum superpositions naturally collapse due to entropic gravity / information horizon fluctuations.
python research information-theory quantum-mechanics open-science scientific-computing computational-physics simulations theoretical-physics quantum-information mathematical-physics tamesis quantum-foundations quantum-superposition decoherence phenomenology mesoscopic-physics entropic-gravity wavefunction-collapse quantum-to-classical-transition
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Jan 21, 2026 - HTML
We propose the existence of a fundamental mass scale, M c ≈ 5.3 × 10 − 16 kg, where quantum unitarity is spontaneously violated due to interaction with the cosmological acceleration horizon.
research physics information-theory open-science theoretical-physics quantum-information scientific-paper mathematical-physics optomechanics tamesis quantum-foundations quantum-superposition decoherence mesoscopic-physics holographic-principle entropic-gravity collapse-models wavefunction-collapse quantum-to-classical-transition optomechanicsphenomenology
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Updated
Jan 20, 2026 - HTML
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