Tag: Microsoft Z3 SMT Theorem Prover
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Fractal Approximations of Classical Curves and the Dimension Discontinuity Phenomenon
Constructive proof that fractal sequences with constant Hausdorff dimension ≈ 1.465 converge to smooth circles with dim = 1.0 at rate O(1/n²), proving Hausdorff dimension is not continuous.
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The Riemann Hypothesis as Dimensional Rigidity: Scale-Space Topology, Information Saturation, and Machine-Verified Stability
Formalizing the Riemann Hypothesis through scale-space conformal mapping |1 – 1/ρ| = 1, Li coefficient positivity wells, and Microsoft Z3 automated theorem proving.
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Formal Invariant Verification: Mathematical Proofs for Rust vs Modern C++ Memory Safety Bounds
Evaluating affine type systems against RAII smart pointers via mathematical state invariants, compiler proofs, and Hoare logic preconditions.
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The Naked Compiler: Every C/C++ Safety Net You Trust Is Already Gone
A foundational quantitative investigation disassembling binaries compiled 28 different ways across Clang and GCC, demonstrating how optimizer passes silently strip assertions, sanitizers, and defensive boundaries in release builds.
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The DCHECK Illusion: Why Chrome’s ‘Trusted Path’ Policy Creates the Vulnerabilities It Claims to Prevent
Empirical binary analysis and systems evaluation: The DCHECK Illusion: Why Chromes Trusted Path Policy Creates the Vulnerabilities It Claims to Prevent. Analyzing compiler optimization artifacts, memory bounds, and…
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