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II. Complexity Theory, Computation & Cryptography (31–60)
- P vs BPP resolution.
- Quantum PCP Conjecture.
- ETH / SETH structural validation.
- VP vs VNP separation.
- Natural Proofs barrier circumvention.
- Post-quantum cryptographic hardness classification.
- Lattice cryptography proof hierarchy.
- Zero-knowledge universal soundness model.
- Secure multi-party computation optimal bounds.
- Homomorphic encryption efficiency limits.
- Distributed consensus impossibility taxonomy.
- Quantum circuit hierarchy separation.
- Hypercomputation boundary classification.
- Computational irreducibility atlas.
- Algorithmic randomness structural completion.
- Fine-grained complexity grand atlas.
- Communication complexity unification.
- Lower bounds for deep learning classes.
- Quantum advantage formal limits.
- Energy complexity of computation limits.
- Formal verification of planetary-scale software.
- Complexity of biological computation.
- Secure AI model deployment theory.
- Cryptographic resilience under quantum networks.
- Universal parallel computation theory.
- Self-modifying system computational bounds.
- Information-theoretic compression limits.
- Data privacy formal guarantees under AI.
- Global distributed ledger security classification.
- Complexity of emergent systems modeling.