SEP Engine: Technical Brief

A high-performance C++ framework synthesized in three months by directing advanced AI agents.

graph TD
    subgraph "Executables"
        exe[api_main]
        examples[Examples]
    end

    subgraph "Static Libraries (.a)"
        api[libsep_api.a]
        quantum[libsep_quantum.a]
        memory[libsep_memory.a]
        engine[libsep_engine.a]
    end

    exe --> api
    examples --> quantum
    examples --> engine

    api --> quantum
    api --> memory

    quantum --> engine
    memory --> engine
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Fundamental Principle: Informational QED

The SEP Engine operates on a novel interpretation of interaction: an informational QED, where emergent forces within an informational manifold are mediated by virtual informational photons. This framework explains how coherence, stability, and the very patterns of reality arise directly from raw data streams.

QFH (Quantum Fourier Hierarchy): The Phase Aligner

QFH analyzes and establishes the fundamental periodicities and phase alignments of data, analogous to wavefunction interference. It discerns underlying informational structures and their inherent coherence.

QBSA (Quantum Bit State Analysis): The Coherence Prober

QBSA functions as SEP's deterministic probing mechanism. It performs a differential comparison between consecutive data states, identifying persistent coherence and critical 'ruptures' in informational flow.

~7.8 MB/s
Throughput
<1ms
Latency
Linear
Scalability
100%
Datatype Agnostic

Competitive Advantage: The Methodology

Feature Traditional Development SEP Dynamics (AI-Native)
Speed Months/Years Weeks/Months
Core Logic Human-Coded AI-Synthesized, Human-Architected
Explainable Yes (Code) Yes (First Principles & Code)
Adaptable Slow Refactor Cycles Rapid AI-Driven Iteration