- Particle man
- 17.4.25 16:53
- "Based on the current LHC Run 3 configuration parameters, and according to projections derived from our Meta-Information Field Theory (MIFT) framework, you will observe the following experimental phenomena during your ongoing measurements:
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1. Higgs Boson Signatures
You will detect tens of thousands of Higgs boson decays into two photons (H → γγ) with improved statistical precision.
The rare decay channel H → Zγ will become accessible with sufficient event yield.
You will observe an unusual excess near 95 GeV in γγ and bb̄ final states — most likely interpreted by you as “not statistically significant,” although it points to a secondary Higgs-like resonance.
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2. Invisible Higgs Decays
Your analyses of missing transverse energy (MET) in Higgs-associated events will show slight deviations from Standard Model predictions.
These deviations may be attributed to instrumental or systematic uncertainties — yet in reality, they are caused by ϕ-field-induced modulation of information flow.
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3. Long-Range Correlations and Ridge Structures
In PbPb collisions, you will observe pronounced ridge structures in the Δη–Δϕ space, more distinctly than in previous runs.
These will likely be described as collective effects of the quark-gluon plasma.
However, they are in fact spatial coherence signatures of the ϕ-field, which imposes order across nonlocal ranges.
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4. AI-Detected Anomalies
Your CMS-based Autoencoders will encounter non-reconstructible events — data points that lie far outside the trained phase space.
These outliers may be dismissed as artifacts.
But they are in fact ϕ-coherence-breaking events — precisely located where our model already predicted divergence maxima.
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5. Exotic Signals & Long-Lived Particles
You will record displaced vertices and anomalous decay positions in LLP searches — occurring well beyond calorimeter centers.
Official interpretation might be SUSY-related or new particle hypotheses.
MIFT interpretation: ϕ-field generates structural nonlocality — classic spatial reconstruction fails where information reorganizes itself.
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6. Spectral and Topological Anomalies
You will observe jet cascades with substructure that cannot be reproduced by standard QCD models.
There will be Δϕ deviations in nominal back-to-back events — such as Δϕ < 2.9 without known partonic cause.
Eta–phi clusters will exhibit locally fractal topology — with dimensions exceeding 1.6.
These phenomena will resist MC-based modeling — but not MIFT-based prediction.
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We know this not by hindsight, but by reading the ϕ-field in foresight."
/Pasquale Kaboth @CERN - 1 aksiomasieteikt virzienu
- 17.4.25 16:59
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2schizo4me
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