Falsifiability
What would change my mind.
A position that cannot be wrong is not a position worth holding. The trilogy's central claims are predictions; predictions can fail; this page is the explicit list of what failure would look like, for each load-bearing claim. If the experiments described below ran and gave the indicated results, the corresponding part of the receiver-model picture would have to be revised, demoted, or abandoned.
Companion to The strongest case against everything on this site and Reality Check. The three pages together calibrate the site: what we claim, with what confidence, and what would dislodge it.
How to read this page
Each block below states a load-bearing claim of the receiver-model picture as the trilogy treats it, then specifies the experimental or theoretical result that would falsify or substantially weaken the claim. Some claims are easier to falsify than others. Some have already passed the strongest available tests. Some are explicitly open and we say so.
The format is honest: here is what we are claiming, followed by here is what would kill the claim, followed by here is what would weaken but not kill it. The reader can use the page as both a calibration tool (how confident should I be in this site's claims?) and as a research agenda (which experiments would actually settle the open questions?).
1. Bell's theorem rules out locally real interpretations of physics.
"Locally real" hidden-variable theories of quantum mechanics are excluded by the experimental violation of Bell inequalities. Either locality or realism must be abandoned.
Would kill the claim: A clean, replicable experimental result showing that Bell inequalities are not violated under controlled conditions, with all known loopholes closed. This has not happened in fifty years of testing; it would require either a flaw in every Bell experiment to date or a fundamental misunderstanding of the experimental setup. The bar is essentially impassable, which is why this claim sits at the top of the site's evidence pyramid.
Would weaken: a credible re-analysis showing that all closed Bell experiments share a single unrecognised systematic error that, when corrected, restores classical correlations. We treat this as exceedingly unlikely but not zero.
Bell page.
2. The quantum-classical line is not at any specific mass or size; it is set by decoherence (engineering).
Standard quantum mechanics applies at all scales; the apparent line between quantum and classical is the result of environmental decoherence, not a fundamental limit. Macroscopic superposition is in principle possible at any mass.
Would kill the claim: Experimental evidence that one of the spontaneous-collapse models (CSL, Diósi-Penrose) is correct — specifically, demonstration that superpositions of sufficient mass collapse on the predicted timescale, in agreement with the model's parameters. This would establish a fundamental mass-scale line and undermine the "decoherence is the only line" position. The relevant experiments are ongoing (Vinante, Donadi, others) and have so far been ruling out collapse models rather than confirming them. If the trend reverses, we update.
Would weaken: a failure of the matter-wave interferometry program to extend significantly beyond the current ~25,000 amu record, with theoretical arguments that the failure is fundamental rather than technical.
Quantum-classical-line page.
3. Quantum coherence plays a functional role in biology.
Living systems — at least in avian magnetoreception, possibly in photosynthesis, conjecturally in microtubules — use quantum coherence rather than tolerate it.
Would kill the claim: A clean experimental demonstration that none of the candidate quantum-biological mechanisms (radical-pair magnetoreception, photosynthetic coherence, microtubule terahertz oscillations) requires quantum coherence beyond what could equally be produced by classical processes. The radical-pair case is the strongest current evidence; if it falls, the whole programme is weakened.
Would weaken: failure of Bandyopadhyay's microtubule terahertz results to replicate in independent labs, combined with reaffirmation of Tegmark's 2000 decoherence-time argument. We treat the microtubule case as already partly contested; further negative results would push the Penrose-Hameroff hypothesis down a tier on the
Reality Check.
4. Anomalous neurology favours reception over production.
Terminal lucidity, acquired savant syndrome, and the Stevenson/Tucker past-life cases are not artefacts; they are real phenomena, and they are easier to explain on the receiver model than on the production model.
Would kill the claim: Rigorous independent meta-analysis of the UVA past-life database showing that the cases reduce to cultural priming, parental coaching, retrospective interpretation, or coincidence with no remaining unexplained signal. Equivalent meta-analysis of terminal lucidity and acquired savant data showing the same. The cases are individually variable; a combined large-N analysis with pre-registered protocols would be decisive in either direction.
Would weaken: any single case held up as paradigmatic turning out to have methodological problems. The trilogy doesn't depend on individual cases; it depends on the pattern across thousands. But it would be epistemically honest to update the confidence interval downward for each retraction. We will.
5. The hard problem of consciousness is genuinely hard, not pseudo.
No production-model account has bridged the explanatory gap between physical description and felt experience; the gap is structural, not technical, and an alternative framework is needed.
Would kill the claim: A production-model theory that successfully predicts, from first principles, what specific neural configurations would produce specific qualia — with the predictions being confirmed experimentally and the derivation accepted by the philosophical community. This would close the explanatory gap from the production side and dissolve the case for a receiver-model alternative. We have seen many proposals that gesture at this; we have not seen one that delivers. If one arrives, the trilogy's philosophical thesis weakens.
Would weaken: the eliminativist case being widely accepted by philosophers as having dissolved the hard problem. We don't see this happening, but if it did, the receiver model would become unnecessary.
Hard-problem page.
6. The Bose-Marletto-Vedral test will confirm that gravity is quantum.
The proposed tabletop experiment to test whether two micron-scale masses become entangled through their mutual gravitational interaction will yield a positive result, confirming that gravity is a quantum phenomenon and that spacetime obeys quantum rules.
Would kill the claim: A clean negative result from the BMV experiment, showing no entanglement signal even at the highest practically achievable masses. This would mean either that gravity is fundamentally classical (a result with enormous implications for fundamental physics) or that there is a hard mass-scale floor on quantum behaviour after all. Either outcome would weaken the trilogy's "quantum all the way up" picture.
Would weaken: the experiment proving impossible to actually carry out at sufficient precision, leaving the question open indefinitely. We would treat that as a genuine uncertainty rather than an update against the claim.
7. The φ-tuned chord has body-level effects distinct from cognitive recognition.
The trilogy's φ-tuned augmented chord (C = 266.67 Hz, with E and G♯ at exact φ ratios) produces measurable physiological responses that differ from the same chord at standard 12-TET tuning, detectable even when listeners cannot consciously distinguish the two.
Would kill the claim: Properly blinded experimental studies showing that physiological responses (HRV, EEG coherence, skin conductance, etc.) to the two tunings are statistically indistinguishable. The trilogy's musical claim is testable in a way the broader philosophical claims are not; we welcome the test. Note this is a smaller claim — the trilogy's central case does not depend on it — but the claim is in the books and should be falsifiable.
Would weaken: positive results that fail to replicate, or that turn out to be sensitive to specific listener populations or contexts in ways the trilogy does not predict.
8. The receiver model fits the data better than the production model.
Across all the domains the site has surveyed — physics foundations, the measurement problem, quantum biology, anomalous neurology, the hard problem — the receiver model is the more parsimonious and predictively successful framework.
Would kill the claim: A different framework — perhaps a refined production model with a credible solution to the hard problem, perhaps a third framework neither of us has imagined — that absorbs more of the evidence with fewer assumptions. The reader's intellectual loyalty should be to the framework that fits the data best, not to the one we happen to be defending. If a better one emerges, we update.
Would weaken: continued failure of the receiver model to generate novel testable predictions that survive experimental confrontation. If the model's predictive value plateaus, its claim to be the leading candidate weakens. We acknowledge this risk and treat it as a forcing function on the research programme.
What this page is for
The receiver model is one candidate ontology among several. The trilogy makes a particular case for it. The site documents the case. This page documents the conditions under which the case fails. The reader who finds these conditions plausible enough to monitor — and reasonable enough to count — is being treated as a peer rather than a target.
Honest scientific inquiry requires saying ahead of time what would change your mind. The list above is ours. We will update it as evidence accumulates. We will say so when we update. And we will not pretend that the receiver model is more secure than the evidence supports, however much we believe in it on the grounds that we currently have.
The hardest discipline in this territory is not coming up with new arguments for one's position. It is keeping the bar of evidence honest in both directions — applying the same standard to "this supports the receiver model" and to "this would falsify it." This page is the public commitment to that discipline. The reader is entitled to hold us to it.