P-Atlas:一种基于标准化 S-Map 模块的低能新物理区基准噪声测绘体系( P-Atlas: A Benchmark Noise Mapping System of Low-Energy New Physics Regions Based on Standardized S-Map Modules)

                                                                       S-Map  系列论文第八篇(共 12 篇)

                                                                         S-Map Series Paper VIII of 12

                                                                                            中文摘要

  本文提出“P-Atlas”构想,即建立一个覆盖低能区的、模型无关的基准噪声总图谱,以此确立“测绘驱动”的新物理探索范式。本范式的核心是定义了以特征时间尺度α₀和等效耦合强度ε为坐标轴的标准坐标系,并引入S-Map也就是基准噪声子图谱,作为搭建整套图谱的标准化基准噪声数据单元。单个S-Map模块对应的测绘参数区间跨度两个数量级,区间范围为α₀/10至10α₀,模块内部存储该参数区间下高精度基准噪声实测数据。P-Atlas整体系统由大量S-Map模块遵照统一规范汇总搭建而成,是一套能够持续扩充内容的动态知识库。P-Atlas初始形态为仅标注标准坐标轴的空白参数图纸,后续完善过程就是不断填充各类标准化S-Map模块。本文逐项说明S-Map模块的编制规则、依托锚点链方案的分步搭建逻辑,以及现有实验实测数据转化为标准S-Map模块的处理方法。把零散的单项探测实验改造为标准化S-Map模块产出、拼接汇总形成完整P-Atlas总图,代表新物理研究从依托理论假设的单点试验,转变为依托全域背景测绘的大范围普查的研究模式革新。这份初始空白的P-Atlas总图构想,面向学术界提出系统性基准背景探测的共建倡议。

关键词:P-Atlas;基准噪声;S-Map模块;测绘驱动范式;低能新物理

                                                                                             Abstract

This paper puts forward the P-Atlas concept to construct a model-independent full benchmark noise map covering low-energy domain and establish a mapping-oriented research paradigm for new physics exploration. The core of this paradigm builds a standard coordinate system with characteristic time scale α₀ and equivalent coupling strength ε as two axes, and adopts S-Map (benchmark noise sub-map) as standardized data component for map construction. Each S-Map module covers a parameter range spanning two orders of magnitude from α₀/10 to 10α₀ and stores high-precision measured benchmark noise data inside. Assembled with various S-Map modules under unified specifications, the P-Atlas system is an expandable dynamic knowledge repository. Originally, P-Atlas only contains coordinate axes with blank parameter space, and its improvement relies on continuous supplementation of standardized S-Map modules. This paper specifies compiling specifications of S-Map, modular construction procedures based on anchor-chain strategy and normalization approaches to convert original experimental data into standard S-Map. Transforming discrete independent detection experiments into standardized S-Map production and combining these modules into the complete P-Atlas realizes the paradigm shift from hypothesis-based spot verification to mapping-based full-range survey. The blank original blueprint of P-Atlas delivers an open academic proposal for systematic background measurement of low-energy physics.

Keywords: P-Atlas, Benchmark Noise, S-Map Module, Mapping-Driven Paradigm, Low-Energy New Physics