This repository is a navigation index for the 131 S-class problems used in
WFGY 3.0 · Singularity Demo.
It exists for one purpose only:
to let readers immediately see the full scope of problems involved, and jump
directly to any individual S problem without searching through the main repository.
This is not the main WFGY project repository.
If you are looking for the official WFGY 3.0 overview, design notes, quickstart, and scope definitions, start here:
→ WFGY 3.0 · Event Horizon (official entry point)
If you want the full BlackHole folder (all problem files in one place), go here:
→ BlackHole · 131 S problem collection
- Q001 · Riemann Hypothesis
- Q002 · Generalized Riemann Hypothesis
- Q003 · Birch and Swinnerton-Dyer Conjecture
- Q004 · Hodge Conjecture
- Q005 · ABC Conjecture
- Q006 · Goldbach Conjecture
- Q007 · Twin Prime Conjecture
- Q008 · Collatz Conjecture
- Q009 · Odd Perfect Numbers
- Q010 · Smooth 4D Poincaré Conjecture
- Q011 · Navier–Stokes Existence and Smoothness
- Q012 · Yang–Mills Existence and Mass Gap
- Q013 · Langlands Program Core Conjectures
- Q014 · Bombieri–Lang Conjecture
- Q015 · Uniform Rank Bounds for Elliptic Curves
- Q016 · New Axioms for CH
- Q017 · Geometric Flows and Global Regularity
- Q018 · Pair Correlation of Zeta Zeros
- Q019 · Rational Points on Varieties
- Q020 · High-Dimensional Manifolds and Curvature
- Q021 · Quantum Gravity Unification
- Q022 · Hierarchy Problem
- Q023 · Strong CP Problem
- Q024 · Origin of Neutrino Masses and Mixing
- Q025 · Baryon Asymmetry of the Universe
- Q026 · Quantum Measurement Problem
- Q027 · Fundamental Limits of Decoherence
- Q028 · Color Confinement Mechanism
- Q029 · Low-Energy Supersymmetry
- Q030 · Quantum Phases of Matter
- Q031 · Limits of Quantum Information Processing
- Q032 · Foundations of Quantum Thermodynamics
- Q033 · Selection among Quantum Gravity Candidates
- Q034 · Quantum–Classical Crossover
- Q035 · Quantum Metrology Limits
- Q036 · High-Tc Superconductivity Mechanism
- Q037 · Fractional Quantum Hall States
- Q038 · Strongly Correlated Cold Atoms
- Q039 · Quantum Turbulence
- Q040 · Black Hole Information Problem
- Q041 · Nature of Dark Matter
- Q042 · Dark Energy and Cosmic Acceleration
- Q043 · Origin of Cosmic Inflation
- Q044 · Initial Conditions of the Universe
- Q045 · Large-Scale Structure Formation
- Q046 · CMB Anomalies
- Q047 · Origin of Supermassive Black Holes
- Q048 · Hubble Constant Tension
- Q049 · Missing Baryons Problem
- Q050 · Multiverse Consistency Tests
- Q051 · P versus NP
- Q052 · P vs BQP and Quantum Computing
- Q053 · Existence of One-Way Functions
- Q054 · Unique Games Conjecture
- Q055 · Graph Isomorphism Complexity
- Q056 · Strong Circuit Lower Bounds
- Q057 · Reinforcement Learning Generalization
- Q058 · Distributed Consensus Limits
- Q059 · Information Thermodynamic Cost
- Q060 · Dynamic Data Structure Lower Bounds
- Q061 · Ultimate Chemical Bond
- Q062 · General Theory of Catalyst Design
- Q063 · Protein Folding
- Q064 · Glass Transition
- Q065 · Room-Temperature Superconductivity
- Q066 · Electrochemical Energy Storage Limits
- Q067 · Quantum Molecular Simulation
- Q068 · Prebiotic Chemistry Networks
- Q069 · Reaction Selectivity Rules
- Q070 · Soft Matter Self-Assembly
- Q071 · Origin of Life
- Q072 · Origin of the Genetic Code
- Q073 · Major Evolutionary Transitions
- Q074 · Robustness of Cell Differentiation
- Q075 · Fundamental Mechanisms of Aging
- Q076 · Regeneration and Repair Principles
- Q077 · Host–Microbiome Coevolution
- Q078 · Genotype to Phenotype Mapping
- Q079 · Origin of Eukaryotes
- Q080 · Limits of Biosphere Adaptability
- Q081 · Hard Problem of Consciousness
- Q082 · Binding Problem
- Q083 · Neural Coding Principles
- Q084 · Long-Term Memory Storage
- Q085 · Synaptic Plasticity Rules
- Q086 · Fundamental Function of Sleep
- Q087 · Neurodegenerative Diseases
- Q088 · Development of Cortical Maps
- Q089 · Predictive Coding Implementation
- Q090 · Neural Basis of Social Cognition
- Q091 · Equilibrium Climate Sensitivity
- Q092 · Climate Tipping Points
- Q093 · Carbon Cycle Feedbacks
- Q094 · Deep Ocean Mixing
- Q095 · Biodiversity Loss and Recovery
- Q096 · Earthquake Predictability
- Q097 · Triggering Large Volcanic Eruptions
- Q098 · Anthropocene System Dynamics
- Q099 · Global Freshwater Dynamics
- Q100 · Environmental Pandemic Risk
- Q101 · Equity Premium Puzzle
- Q102 · Home Bias in Portfolios
- Q103 · Long-Run Productivity Slowdown
- Q104 · Inequality Dynamics
- Q105 · Prediction of Systemic Crashes
- Q106 · Robustness of Multilayer Networks
- Q107 · Large-Scale Collective Action
- Q108 · Political Polarization
- Q109 · Global Migration Patterns
- Q110 · Evolution of Institutions
- Q111 · Mind–Body Relation
- Q112 · Free Will
- Q113 · Personal Identity over Time
- Q114 · Moral Realism
- Q115 · Problem of Induction
- Q116 · Foundations of Mathematics
- Q117 · Scientific Realism vs Anti-Realism
- Q118 · Limits of Classical Logic
- Q119 · Meaning of Probability
- Q120 · Value of Information
- Q121 · AI Alignment Problem
- Q122 · AI Control Problem
- Q123 · Scalable Interpretability
- Q124 · Scalable Oversight
- Q125 · Multi-Agent AI Dynamics
- Q126 · Recursive Self-Improvement Stability
- Q127 · Data Entropy and Synthetic Worlds
- Q128 · AI Conscious Qualia
- Q129 · Ultimate Energy Efficiency
- Q130 · OOD Grounding and Common Sense
- Q131 · Tension Free Energy
Each S-class problem is a single problem page encoded at the effective layer of the Tension Universe framework.
- These pages are not solutions or proofs.
- They do not claim to resolve the underlying canonical problems.
- They are structured problem specifications, written to test whether a single tension-based encoding language can remain consistent across many hard domains.
The intent is stress testing, auditability, and cross-domain consistency, not result chasing or post-hoc tuning.