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陈海平 edited this page Sep 24, 2025 · 1 revision

《离相执枢:从“气形象”论量子计算之困与范式革命》

Holding the Pivot, Letting Go of Form: A Paradigm Revolution in Quantum Computing through the Qi-Form-Image Framework

气枢符号 / Qi-Pivot Symbol

“离相执枢”非术,乃心法;“气形象器”非喻,乃实相。
"Holding the Pivot, Letting Go of Form" is not a technique — it is a mindset. "Qi-Form-Image" is not a metaphor — it is the reality.

本文提出以东方系统论哲学重构量子计算底层逻辑,主张从“对抗自然”转向“道法自然”,以“量子纠缠”为枢机,化解退相干、低温、纠错等根本困境。
This paper proposes a paradigm shift in quantum computing by re-centering quantum entanglement as the Pivot (枢) — the generative core — rather than a resource to be controlled. We move from fighting nature to following its flow.


🌱 摘要 Abstract

当前量子计算陷入“斯卡布罗集市”困境:试图通过极端条件维持孤立量子比特,本质是与量子系统自然本性对抗。本文跳出技术细节,引入源自东方哲学的“离相执枢”心法与“气-形-象-器”分析框架,指出:

  • 退相干 并非错误,而是“气”向环境扩散的自然过程;
  • 量子坍缩 并非毁灭,而是“气”凝聚为“象”的生成节点;
  • 极低温需求 是“对抗性”技术,而非内在要求。

破局关键在于确立量子纠缠为“运化之枢”,推动从“操作比特”到“引导演化”的范式革命。新范式有望实现:

  1. 降低对极低温的依赖
  2. 彻底消除纠错冗余开销
  3. 实现本质可扩展性

此转变不仅是技术跃迁,更是科学方法论的螺旋回归——东方整体论在解决复杂性难题上展现出超越还原论的巨大潜力。


Current quantum computing is trapped in a "Scarborough Fair" paradox: an endless pursuit of isolated qubits under extreme conditions, fundamentally at odds with the quantum system's inherent non-locality and coherence. This paper steps beyond technical fixes and introduces the Qi-Form-Image-Artifact (QFIA) framework, rooted in Eastern systems philosophy.

We argue:

  • Decoherence is not an error, but the natural diffusion of Qi (整体关联性) into the environment;
  • Quantum collapse is not destruction, but the condensation of Qi into Image (可观测现象);
  • Ultra-low temperature requirements are symptomatic of a resistive approach, not an intrinsic necessity.

The breakthrough lies in recognizing quantum entanglement as the "Pivot" (枢) — the dynamic hub that drives the transformation from potential (Qi) to structure (Form) to outcome (Image). This shift enables a new paradigm: from manipulating bits to guiding evolution.

This is not mere optimization — it is a paradigm revolution, echoing the return of holistic thinking in the face of complexity.


🗂️ 目录 Table of Contents

  1. 引言:量子计算的“斯卡布罗集市”困境
    Introduction: The "Scarborough Fair" Paradox of Quantum Computing

  2. 方法论基石:“离相执枢”与“气-形-象-器”框架
    Methodological Foundation: "Holding the Pivot, Letting Go of Form" and the QFIA Framework

  3. 问题重勘:量子困境的“气形象”再解读
    Reinterpreting the Crisis: Decoherence, Collapse, and Cryogenics through QFIA

  4. 枢机破局:纠缠作为“气”之枢纽
    The Pivot Unveiled: Entanglement as the Engine of Qi-Form Transformation

  5. 范式革命:从“对抗自然”到“道法自然”
    Paradigm Shift: From "Fighting Nature" to "Following the Flow"

  6. 启示与展望:量子之“枢”与科学范式革命
    Implications: Quantum Pivot and the Future of Science

  7. 结论:迈向普惠与未知的新纪元
    Conclusion: Toward an Accessible and Unknown Era


🔄 “气-形-象-器”框架示意图

Qi-Form-Image-Artifact Framework

graph LR
    A[气 Qi<br>整体关联性 · 潜在可能性] -->|演化| B[形 Form<br>动态结构 · 纠缠网络]
    B -->|凝聚| C[象 Image<br>可观测现象 · 测量结果]
    C -->|承载| D[器 Artifact<br>物理硬件 · 技术手段]
    D -->|干预| A
    style A fill:#e6f3ff,stroke:#3399ff
    style B fill:#fff2cc,stroke:#ffcc00
    style C fill:#d5e8d4,stroke:#82b366
    style D fill:#f8cecc,stroke:#b85450
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