alphabet/roadmap/minimal-memory.json at core · standardgalactic/alphabet · GitHub

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{
  "author": "Flyxion",
  "programs": {
    "RSVP": {
      "full_name": "相对论标量-矢量充盈体（Relativistic Scalar-Vector Plenum）",
      "core_thesis": "现实不是由静态对象构成，而是由持续演化的过程场构成。",
      "fundamental_variables": {
        "Phi": "容量、资源或潜能",
        "v": "输运与流动",
        "S": "约束、义务或熵"
      },
      "key_ideas": [
        "对象是轨迹冻结后的残余。",
        "宇宙更像持续流动的过程而非物体集合。",
        "可达性比静态状态更基础。",
        "时间来源于事件积累而非独立背景。"
      ]
    },
    "CLIO": {
      "full_name": "约束杠杆推理与优化（Constraint-Leveraged Inference and Optimization）",
      "core_thesis": "智能本质上是在约束下减少解释空间。",
      "fundamental_concepts": {
        "projection": "从复杂现实映射到简化模型",
        "representational_entropy": "单一表示对应的可能现实数量",
        "projection_failure": "模型忽略关键结构导致的失真"
      },
      "key_ideas": [
        "所有认知都依赖投影。",
        "知识增长意味着缩小可能解释集合。",
        "错误往往来自投影而非推理过程。"
      ]
    },
    "MEM8": {
      "full_name": "亚稳态涌现记忆（Metastable Emergent Memory）",
      "core_thesis": "记忆不是存储状态，而是持续保留的事件历史。",
      "key_ideas": [
        "历史比状态更基础。",
        "记忆是一种持续存在的轨迹。",
        "回忆是历史重新变得可访问的过程。"
      ]
    },
    "Spherepop": {
      "full_name": "Spherepop 操作演算",
      "core_thesis": "计算应被理解为历史操作而非状态变换。",
      "operations": [
        "Pop（提取）",
        "Refuse（拒绝）",
        "Collapse（坍缩）",
        "Bind（绑定）"
      ],
      "key_ideas": [
        "程序是历史而非状态机。",
        "拒绝与坍缩是不同的现象。",
        "计算过程保留其生成路径。"
      ]
    },
    "DistinguishabilityGeometry": {
      "full_name": "可区分性几何（Distinguishability Geometry）",
      "core_thesis": "知识来自创造和维持区分。",
      "key_ideas": [
        "认知系统通过区分世界来运作。",
        "概念的价值取决于其保持区分能力。",
        "本体论问题可以表示为区分结构的问题。"
      ]
    },
    "AdmissibilityProgram": {
      "full_name": "可容许性计划（Admissibility Program）",
      "core_thesis": "不仅要问什么是真实的，还要问哪些变换是允许的。",
      "key_ideas": [
        "观测与干预必须区分。",
        "两个系统可能观察上相同但干预上不同。",
        "可容许性决定哪些未来仍然可达。"
      ]
    },
    "RepairTheory": {
      "full_name": "修复理论（Repair Theory）",
      "core_thesis": "知识和智能本质上是修复能力。",
      "key_ideas": [
        "异常揭示模型缺陷。",
        "科学进步来自修复失败的预测。",
        "技术技能本质上是逆向推断和修复。"
      ]
    },
    "CoordinationGeometry": {
      "full_name": "协调几何（Coordination Geometry）",
      "core_thesis": "复杂系统通过同步和协调形成结构。",
      "key_ideas": [
        "同步是一种几何现象。",
        "社会、神经和工程系统共享协调规律。",
        "结构来源于协同而非中心控制。"
      ]
    },
    "PreferenceFields": {
      "full_name": "偏好场理论（Preference Fields）",
      "core_thesis": "偏好可以被建模为语义空间中的场。",
      "key_ideas": [
        "偏好塑造可达未来。",
        "决策对应于场中的轨迹。",
        "社会动力学可以表示为偏好场演化。"
      ]
    },
    "FiscalReachability": {
      "full_name": "财政可达性（Fiscal Reachability）",
      "core_thesis": "财政系统应通过未来可达空间来分析。",
      "key_ideas": [
        "债务限制未来行动空间。",
        "预算是一种可达性约束。",
        "系统崩溃通常表现为可达空间收缩。"
      ]
    },
    "HYDRA": {
      "full_name": "混合动态推理架构（Hybrid Dynamic Reasoning Architecture）",
      "core_thesis": "智能来源于多个推理机制的协调。",
      "key_ideas": [
        "不同认知模块执行不同功能。",
        "推理是动态协调过程。",
        "智能不是单一算法。"
      ]
    }
  },
  "unifying_principles": [
    "过程先于对象。",
    "历史先于状态。",
    "区分先于分类。",
    "约束先于内容。",
    "可达性先于预测。",
    "修复先于解释。",
    "干预先于观察。",
    "轨迹先于身份。",
    "现实由持续过程构成，而非静态事物。"
  ],
  "recurring_phrases": [
    "名词谬误（Noun Fallacy）",
    "对象是冻结的过程",
    "现实是一条轨迹而不是一个对象",
    "约束先于内容",
    "可达性几何",
    "可容许变换",
    "历史作为第一性实体",
    "区分创造现实"
  ]
}