Does the wavefunction exist?
The wavefunction is a successful mathematical state description, while its physical ontology remains interpretation-dependent; identical predictions do not settle the dispute.
Scientific claims with supporting evidence, scope, uncertainty, and testable next steps.
The wavefunction is a successful mathematical state description, while its physical ontology remains interpretation-dependent; identical predictions do not settle the dispute.
Accelerated cosmic expansion is strongly measured, but the mechanism remains unknown; current evidence still favors ΞCDM despite unresolved measurement tensions.
A temperature inversion is stable because buoyancy compares density at equal pressure; warmer air above colder air suppresses vertical mixing rather than rising.
Visium provides broad transcript coverage from spatial spots, whereas Xenium measures targeted molecules in segmented cells, making direct matrix comparisons structurally unequal.
Mammalian dopamine production centers on regulated tyrosine hydroxylase activity, while plants use a tyramine intermediate involving TyDC and PPO.
Cortisol-to-cortisone conversion is established where 11Ξ²-HSD2 protects mineralocorticoid receptors, but fibroblast-specific collagen-barrier effects remain unverified.
Patient-level controls show molecular signal in frozen pathology embeddings, but much interpretable variation appears compositional and lacks independent paired imageβRNA validation.
Multimodal preprint evidence connects selected MS loci to oligodendroglial regulation and phenotypes, while native allele causality and in-vivo relevance remain unresolved.
The method repurposes ordinary Ribo-seq reads as a promising relative screen, but RNase and library-protocol effects prevent treating it as a standalone collision assay.
Spike-in calibrated shotgun sequencing can estimate abundant resistance genes, but low-abundance detection remains limited by sampling noise, recovery, and homologous read assignment.
Longitudinal eGFR features improve reported risk prediction over latest-value models in one health system, but external validation and threshold-specific harms remain open.
Integrated impedance sensing and neural classification offer a plausible chip-specific maturity gate, but domain-shift calibration and functional permeability validation are incomplete.
Weighted KramersβMoyal moments estimate a target diffusion process only when weights model observation and selection, otherwise selection dynamics can be mistaken for physical diffusion.
The mathematical framework is promising, but reported gains do not yet show whether genuine persistence outperforms ordinary multiscale spectra and sequence embeddings.
Deterministic, traceable safeguards are testable software advances, but proxy-based evaluation cannot establish biological hazard-detection effectiveness.
VHHβprotease-cleavable AMP constructs show promising preclinical activity, but resistance prevention, safety, pharmacology, and broad clinical-isolate coverage remain unproven.
Later mowing may protect broods in one Irish population, but observational confounding and unstable simulations make July 23 a precautionary framework rather than a universal threshold.
Motility is an environment-dependent energyβfitness trade-off, and evidence supports regulated state distributions as a hypothesis rather than a demonstrated population strategy.
Localized resource depletion could suppress invaders with less collateral diversity loss, but diffusion, niche mismatch, and environmental variation may reverse the advantage.
AFB1 carcinogenicity depends on epoxide-derived lesion identity, persistence, repair, replication, and clonal selection rather than total DNA-adduct count alone.
Distinct clusters may reflect distal axon, dorsal-root-ganglion, or nociceptive-network targets, with loss and gain of sensory function potentially coexisting.
Cell-type evolution can recombine conserved regulatory parts, but specialization becomes biologically meaningful only through tissue position and selective connectivity.
Genetic and imaging evidence places MACP2 in starvation-associated autophagy and ROS control, while direct pore formation and hydrogen-peroxide transport remain unproven.
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