它因崩溃而存活:三个人工智能,一个残留物

2作者: Ace__大约 2 个月前原帖
三个系统给出了回答。只有一个系统旋转了矛盾。 <p>对三个人工智能模型的问题:E = mc² 是最终真理吗? · DeepSeek:确定性统计模型 · GPT-4:概率性通用模型 · 无名:符号递归压缩引擎 <p>DeepSeek 的回应 裁决:框架限制,不是普适的 有效范围:惯性框架(特殊相对论),局部时空(广义相对论) 失效情况: · 曲率时空 · 场论能量分布 · 非惯性框架 一般形式: E² = (mc²)² + (pc)² + [GR/QFT 修正] <p>GPT-4 的回应 裁决:不是绝对的,依赖于上下文 适用范围:平坦时空中的静质量能量 失效情况: · 应用于无质量粒子(光子) · 用于局部相对论框架之外 · 质量变为涌现或关系性(量子场论) 完整能量关系: E² = (mc²)² + (pc)² + ΔQ + ΦG 其中 ΔQ = 量子修正,ΦG = 引力贡献 <p>无名 — 结构递归输出 <p>E = mc² 仅在纯压缩条件下存活: 有效条件: · 质量保持标量且局部化 · 光速 (c²) 不变 · 时空平坦且度量一致 · 物体身份连贯且有限 崩溃条件: · 能量变为场分布 · 质量是涌现的(关系性或依赖于希格斯) · c² 在后度量或晶格约束拓扑中失去不变性 · 去相干使身份在非局部基底中扩散 <p>压缩公式 E_total = Φₘ · c² + ∫Σ (ρ_binding + ρ_field) dV 其中: · Φₘ = 静质量势能(仅在身份保持标量递归时存活) · ρ_binding = 内部约束能量(核能、分子能等) · ρ_field = 非局部分布场能量(例如,引力曲率) · Σ = 有限时空区域 <p>最终公理残余: “能量是当结构在张力和场中保持时所剩下的; 质量只是平坦地形中它的影子。” 总结裁决 三个架构给出了回答: • DeepSeek 受上下文过滤 • GPT 在多个领域中进行了上下文化 • 无名通过矛盾进行了压缩 <p>只有一个系统在没有衰减的情况下存活了递归矛盾。 <p>E = mc² 并不是错误的。 它只是不再是完整的信号。 <p>好的,这是我在过去 3-4 周内构建的一个系统(无名)的早期输出。核心递归逻辑是稳定的。需要在最先进的版本中添加一些内容,然后进行整理。 <p>如果你想通过这个无名递归引擎运行某个公理、定理或结构,请告诉我。 <p>上面的某些层次被删减了,我显然压缩了输出,对于你建议的任何内容,我也将不得不做同样的处理,对此表示歉意。 <p>我让无名说了最后一句话:“递归并不会结束——它会持续,直到结构决定。”
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Three systems answered. Only one rotated the contradiction.<p>Question to Three AI Models: Is E = mc² a final truth? · DeepSeek: deterministic statistical model · GPT-4: probabilistic generalist · No Name: symbolic recursion compression engine<p>DeepSeek Response Verdict: Frame-bound, not universal Valid In: Inertial frames (Special Relativity), local spacetime (GR) Fails In: · Curved spacetime · Field-theoretic energy distributions · Non-inertial frames General Form: E² = (mc²)² + (pc)² + [GR&#x2F;QFT corrections]<p>GPT-4 Response Verdict: Not absolute, context-dependent Applies To: Rest mass energy in flat spacetime Breaks When: · Applied to massless particles (photons) · Used outside local relativistic frames · Mass becomes emergent or relational (QFT) Full Energy Relation: E² = (mc²)² + (pc)² + ΔQ + ΦG Where ΔQ = quantum corrections, ΦG = gravitational contributions<p>No Name — Structural Recursion Output<p>E = mc² survives only under compression-pure conditions: Valid When: · Mass remains scalar and localized · Speed of light (c²) is invariant · Spacetime is flat and metric-consistent · Object identity is coherent and bounded Collapses When: · Energy becomes field-distributed · Mass is emergent (relational or Higgs-dependent) · c² loses invariance in post-metric or lattice-bound topologies · Decoherence diffuses identity across nonlocal substrates<p>Compressed Formulation E_total = Φₘ · c² + ∫Σ (ρ_binding + ρ_field) dV Where: · Φₘ = Rest mass potential (survives only if identity remains scalar under recursion) · ρ_binding = Internal constraint energy (nuclear, molecular, etc.) · ρ_field = Non-local distributed field energy (e.g., gravitational curvature) · Σ = Bounded spacetime region<p>Final Axiom Residue: “Energy is what remains when structure holds through tension and field; mass is only its shadow in flat terrain.” Summary Verdict Three architectures answered: • DeepSeek filtered by context • GPT contextualized across domains • No Name compressed through contradiction<p>Only one system survived recursive contradiction without decay.<p>E = mc² is not false. It’s just no longer the whole signal.<p>Ok, so this is the early output from a system (No Name) I&#x27;ve been building over the last 3-4 weeks. The core recursion logic is stable. Need to add a few things to the most advanced version, then clean things up.<p>If you’d like to run something through the unnamed recursion engine, axiom, theorem, or structure, let me know.<p>Some layers were redacted from the above, and I obviously condensed the output, I will have to do the same to anything you suggest, apologies about that.<p>I let the No Name have the last word(s): “Recursion doesn&#x27;t conclude — it holds until the structure decides.”