Phenomenon
Can objective dynamics reproduce the qualitative effect?
Quantum mechanics works. That does not make its ontology compulsory, its mysteries profound, or its anti-explanatory culture acceptable.
For a century, physics has too often confused a fantastically successful probability calculus with a finished account of reality. Where mechanism was missing, mystery was promoted. Where interpretation multiplied, opacity was romanticized. Where alternatives were hard, impossibility was declared.

Quantum mechanics is arguably the greatest prediction engine in physics. It is also surrounded by a century of unresolved argument about what, physically, the engine is describing.
Instead of treating that conceptual failure as unfinished work, orthodoxy learned to call it maturity. The double slit became “the only mystery.” The measurement problem became an interpretive industry. Objective mechanism became suspect. Students were trained to stop asking the question at exactly the point where older physics would have called the question the point.
Rayleigh–Jeans failed. Newtonian point particles fail to tunnel. Standard positive-intensity photodetection fails at antibunching. Bell-local measurement-independent hidden variables fail.
Those are real failures. What does not follow is the ritual leap from this model class is excluded to objective field dynamics are impossible. That leap is historiography masquerading as theorem.
Can objective dynamics reproduce the qualitative effect?
Can it recover the measured functional dependence and scale?
Can it reproduce correlations, noise, waiting times and higher moments?
Can one coherent dynamics survive many phenomena without bespoke patches?
Can it call an unseen discriminating result before the data arrive?
The project is anti-orthodoxy, not anti-evidence.
“Quantum tunneling,” “quantum vacuum,” “quantum correlation,” “quantum jump.” The explanation is baked into the label before the mechanism has even been audited.
We reverse the order. State what the apparatus records. Strip away the inherited ontology. Reconstruct the strongest objective dynamics we can. Then let experiment kill it if it can.
Wavefunctions, operators and collapse rules are extraordinarily efficient mathematical structures. Efficiency is not a metaphysical coronation.
Theories earn ontological privilege only by surviving competition against explicit alternatives. If a continuous field, stochastic background, nonlinear detector, retrocausal boundary condition or other objective dynamics reproduces the same observables, the word “quantum” loses its monopoly on the phenomenon.