Quantum Harmonic Interface
Harmonic mathematics meets adaptive intelligence
Mathematical foundation for harmonic recursion and energy-balanced logic
TFIF / ULE CORE
TFIF expresses any process—biological, digital, or economic—as self-similar harmonic geometry. ULE adds the energy ledger that keeps it coherent
Bio-Intelligence Framework
Neural and biological simulation engine demonstrating energy-based learning.
Unified Fractal Accelerator
Hardware blueprint for quantum-like computation on classical binary systems.
Performance Metrics
Stability Index
Demonstrates > 96% signal integrity under variable thermal and logical stress.
Energy Coherence
Maintains < 1.08 PUE-equivalent energy balance across dynamic workloads.
Computational Efficiency
Achieves up to 78% reduction in redundant cycles through fractal recursion.
Compression Ratio
Delivers symbolic-phase compression averaging 0.28 : 1 vs 0.35 benchmarks.
Latest articles
The World’s Most Expensive Hospital
A story about a decentralized world that heals itself. A healed civilization stays healthy only when it keeps learning its own language. Read it here>>
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Experience TFIF in Action
Explore the QHI Applied Intelligence Stack — from harmonic math to biological simulation.
Patent pending — Fractal Energy Computing System and Universal Life Equation applications (2025).