1. The Hidden Framework Behind “Common Sense Realism”
In popular and academic discourse alike, physics is routinely explained as follows:
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There is a mind-independent world.
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Physics discovers its structure.
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Observers merely reveal what was already there.
This framing is presented as neutral realism. Yet it is not neutral. It is a specific ontological commitment:
Reality is what exists independently of observation, measurement, and description.
Once this assumption becomes backgrounded, it silently shapes how every result of physics is interpreted.
The distortion does not arise from the mathematics of physics. It arises from the interpretative lens imposed on that mathematics.
2. Distortion #1: Turning Relational Quantities into Intrinsic Properties
Physics frequently deals in relational quantities:
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velocity (relative to a frame),
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energy (dependent on system boundaries),
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temperature (a statistical relational measure),
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entanglement (a property of joint systems),
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gauge quantities (frame-dependent structures).
Yet everyday interpretation tends to reframe these as if they were intrinsic properties possessed independently by isolated objects.
The independence ontology encourages this move.
It says: if something is real, it must belong to the system “in itself.”
But many physical quantities are not “in themselves” in that way. They are defined within relational structures.
The result is systematic misinterpretation: relational features are reified as object-intrinsic traits.
3. Distortion #2: Misreading Measurement as Passive Revelation
Under the independence assumption, measurement is interpreted as:
uncovering a pre-existing fact.
But in many areas of physics — especially quantum theory — measurement is not merely revealing; it is structurally part of the phenomenon.
Yet because the ontology insists that reality must be independent of observation, measurement is forced into the role of disturbance rather than participation.
This produces interpretative strain:
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If outcomes depend on measurement context, the system is said to be “disturbed.”
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If properties appear undefined until measurement, hidden variables are invoked.
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If correlations violate classical intuitions, nonlocal mechanisms are introduced.
In each case, the ontology attempts to preserve the idea that the world exists fully formed prior to observation.
The mathematics is forced to accommodate the metaphysics — rather than the metaphysics being revised to match the mathematics.
4. Distortion #3: Generating the “Quantum Mystery”
Quantum mechanics is often presented as fundamentally mysterious.
But much of this mystery arises only when filtered through the independence ontology.
If one assumes:
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systems must possess definite properties independently of measurement,
then quantum theory appears paradoxical.
However, if the formalism is read without imposing intrinsic definiteness as a prior requirement, the theory describes:
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probabilistic structure,
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contextual outcome dependence,
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non-classical correlations.
The “mystery” is often the friction between the formalism and the independence assumption — not the formalism itself.
Thus the ontology manufactures interpretative puzzles.
5. Distortion #4: Framing Scientific Objectivity as Exclusion of Perspective
The independence ontology equates objectivity with the elimination of perspective.
But physics cannot operate without perspective:
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experimental configurations define what is measurable,
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coordinate systems define what counts as position or momentum,
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theoretical models define what counts as a system boundary.
Objectivity in physics does not mean absence of structure. It means stability of results across structured practices.
By treating perspective as contamination rather than as constitutive of measurement, the independence ontology misrepresents how physics actually works.
6. Distortion #5: Turning Successful Theory into Metaphysical Proof
Because physics works extremely well, the independence ontology is often taken as confirmed by success:
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If predictions are accurate,
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and reality is independent of observation,
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then the theory must be describing that independent reality.
But this inference does not follow.
Predictive success shows that the mathematical structure aligns with experimental outcomes.
It does not demonstrate that reality is independent of the practices through which those outcomes are obtained.
The ontology is not derived from physics. It is imposed upon it.
7. The Core Problem
The independence assumption attempts to secure realism by positing a reality outside observation.
But physics has no access to such a standpoint.
Every claim about reality is produced through observation, modelling, and description.
Thus the ontology introduces a metaphysical commitment that cannot be operationally specified, experimentally accessed, or coherently justified.
When used as an interpretative lens, it distorts:
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relational structures,
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contextual dependence,
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measurement theory,
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and the meaning of objectivity.
The interpretative instability of modern physics is not evidence that reality is strange.
It is evidence that the independence ontology is misaligned with the structure of physical theory itself.
8. The Confrontational Conclusion
The independence ontology is not a neutral background assumption.
It actively reshapes how physics is explained, taught, and interpreted.
It encourages:
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reification of relational quantities,
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mischaracterisation of measurement,
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artificial metaphysical additions to quantum theory,
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and confusion about objectivity.
In attempting to defend realism, it distorts the very phenomena it seeks to explain.
If physics is to be interpreted coherently, the assumption that reality must exist independently of observation must be critically examined — not protected as an unquestioned foundation.
The turbulence in modern interpretations of physics is not a failure of science.
It is a signal that the ontology guiding those interpretations requires revision.
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