SPACETIME RIFT SCORE
· 16.2% ·
3.3
/ 20
↓
-0.30 since yesterday
LOW
SHARE TODAY'S ASSESSMENT
MODEL BREAKDOWN
ChatGPT
3.0
- LIGO reports unexplained gravitational wave signatures under investigation
- Vacuum metastability research indicates low false vacuum decay probability
- No reproducible spacetime metric anomalies detected globally
- High-energy collider experiments within established risk parameters
- Lambda-CDM model predictions remain consistent with cosmological observations
Claude
4.0
- LIGO O3 run detected 3 gravitational wave events beyond standard models
- Quantum vacuum decay probability increased by recent LHC energy experiments
- Unexpected cosmic microwave background temperature fluctuations near galactic clusters
- Quantum entanglement measurements suggest non-local spacetime metric variations
- Theoretical quantum gravity models predict higher vacuum instability thresholds
Gemini
N/A
Llama
12.0
- LIGO detects unexplained gravitational wave patterns
- Vacuum metastability research suggests false decay probability
- CERN LHC risk assessments indicate high-energy instability
- Cosmological observations deviate from Lambda-CDM predictions
- Quantum gravity theories predict spacetime stability thresholds
DeepSeek
3.0
- LIGO post-O3 unexplained ~30Hz GW transient with no EM counterpart
- CERN MoEDAL detector recorded anomalous monopole-like tracks in 2022
- Fermi-LAT gamma-ray excess at 130GeV remains unresolved since 2022
- EDGES experiment detected anomalous 21cm absorption depth at z≈17
- Recent LHCb data shows muon universality violation at 3.1σ confidence
Mistral
N/A
Qwen
1.0
- LIGO-Virgo-KAGRA O4 run shows zero gravitational wave events deviating from GR-predicted templates at SNR > 12
- Higgs vacuum stability calculation confirms metastability lifetime exceeds 10^139 years at 95% CL using latest top quark mass and α_s measurements
- No vacuum bubble nucleation signatures detected in cosmic ray air shower spectra up to 10^20 eV by Pierre Auger Observatory
- Planck 2018 + BICEP/Keck 2021 joint analysis constrains primordial tensor-to-scalar ratio r < 0.032, ruling out inflationary models predicting strong vacuum decay coupling
- Quantum-gravitational decoherence time for Planck-mass black hole evaporation remains unobserved in LIGO’s 20–1000 Hz band, consistent with semiclassical predictions
Gemma
6.0
- LIGO-Virgo excess power band analysis reveals persistent, non-Gaussian noise correlations.
- Vacuum decay rate calculations increasingly sensitive to top quark mass uncertainties.
- High-resolution CMB data shows statistically significant hemispherical asymmetry anomalies.
- LHCb anomalies in B meson decays persist, hinting at beyond-Standard-Model physics.
- Recent quasar polarization data challenges standard cosmological magnetic field models.
Nvidia
0.0
Arcee
3.0
- Unmodeled gravitational wave bursts detected by LIGO-Virgo-KAGRA
- Vacuum decay probability remains non-zero despite Planck constraints
- Future colliders may probe energy scales for vacuum transitions
- Cosmological tensions suggest Lambda-CDM model
Grok
N/A
Perplexity
0.0
- LIGO, Virgo, KAGRA events match compact-binary waveforms; no persistent unexplained spacetime signal populations.
- No reports of non-astrophysical metric anomalies or wormhole-like signatures in gravitational wave catalogs.
- Vacuum decay experiments use condensed-matter and quantum simulators, not cosmic vacuum; no cosmological instability detected.
- Collider safety reviews find no deviation from Standard Model behavior or evidence of exotic spacetime products.
- Cosmological data tensions affect parameter values, not indicate macroscopic spacetime disruptions or topology failures.
Cohere
2.0
- No LIGO/Virgo/KAGRA anomalies beyond known astrophysical events
- Vacuum decay models show stability at current energy levels
- LHC Run 3 data confirms Standard Model predictions
- Lambda-CDM model fits Planck cosmic microwave background data
- Quantum gravity theories lack empirical validation
Jamba
3.0
- LIGO reports exclude unexplained low-frequency waveforms in 2023 datasets.
- False vacuum decay probability remains nonzero under Higgs field stability models.
- CERN collider risk assessments exclude exotic particle decay into vacuum states.
- Cosmological dark energy deviations hint at Lambda-CDM model insufficiencies.
- Quantum gravity thresholds suggest potential instability near Planck energy limits.
Moonshot
2.0
- LIGO-Virgo O3 data shows 0.3% excess power below 30 Hz without astrophysical counterpart
- Fermilab muon g-2 4.2σ deviation implies vacuum structure beyond Standard Model
- Planck 2018 TT,TE,EE+lowE lensing tension 2.4σ with ΛCDM acoustic peak damping
- LHC Run-3 13.6 TeV luminosity upgrade produces no vacuum tunneling signatures
- IceCube neutrino track 2022-11-12 shows 0.7° angular deviation from GR geodesic
AI DISAGREEMENT ANALYSIS
3.09
STD DEV
DIVIDED
BASED ON 12 MODEL RESPONSES
The divergent scores primarily stem from differential weighting of gravitational wave anomaly interpretations, with models like LLAMA assigning higher risk to LIGO's unexplained wave patterns compared to conservative models like QWEN that rigorously constrain signal significance using statistical thresholds. Methodological variance emerges from contrasting approaches to quantum vacuum stability assessment: more speculative models emphasize potential instability near high-energy thresholds, while conservative models leverage precise top quark mass measurements and Planck constraints to demonstrate extreme vacuum metastability lifetimes. Critical uncertainty centers on interpreting marginal cosmological observations—hemispherical CMB asymmetries, LHCb muon decay anomalies, and gravitational wave excess power—where models differ dramatically in translating statistically weak signals into potential spacetime disruption probabilities, with LLAMA exhibiting the most aggressive risk extrapolation and models like NVIDIA and PERPLEXITY maintaining strict null-hypothesis adherence.
AI-GENERATED ANALYSIS — NOT AN OFFICIAL ASSESSMENT
ABOUT THIS SYSTEM
The Spacetime Rift Score (SRS) is an experimental daily assessment
aggregated from leading AI models.
Each model is independently asked to rate the current global spacetime rift risk on a scale of 0 to 20
and provide up to 5 specific reasons for its assessment.
The final score is the average of all valid responses.
This is not an official or governmental assessment.
It reflects the synthesised opinion of large language models based on their training and world knowledge.
Visit the [BRIEFING] page for more information.