{ "schema_version": 1, "version": "1.0.0", "reviewed": "2026-09-22", "baseline_commit": "ff520c731de9430e9b49fc00e69063347c3a5691", "scope": { "zh": "全站候选与共同结果登记；当前没有已闭合的定量判别预测。", "en": "Global registry of candidates and shared results; no closed quantitative discriminator is registered." }, "classification_levels": [ "REPRODUCED", "REINTERPRETED", "CANDIDATE DISCRIMINATOR", "QUANTITATIVE DISCRIMINATOR" ], "records": [ { "id": "ASD-PRED-001", "title": { "zh": "方向原子钟频率响应", "en": "Directional atomic-clock response" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS THEORY", "status": "PROPOSED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/theory/lve", "/theory/time/clocks-and-frequency" ], "equation_dependencies": [ "lve-direction", "lve-frequency", "time-scale" ], "observable": { "zh": "旋转轴或恒星时变化时，同步频率比的差分 δ(f₁/f₂)/(f₁/f₂)。", "en": "Differential fractional synchronous clock ratio versus axis orientation or sidereal time." }, "asd_prediction": { "zh": "未知：需独立求跃迁、参考钟与传输链的响应；几何因子不是频移。", "en": "Unknown: transition, reference-clock and transfer responses must be derived independently; geometry alone is not a frequency shift." }, "comparison_prediction": { "zh": "固定协议下的钟比，含已知磁场、温度、运动、重力与传输修正；无未建模的方向项。", "en": "Clock ratio under the fixed protocol, including magnetic, thermal, kinematic, gravitational and transfer corrections; no unmodelled directional term." }, "predicted_difference": { "zh": "尚未得到 ΔO；不指定 10⁻¹²。", "en": "ΔO is not established; no 10⁻¹² amplitude is assigned." }, "configuration": { "zh": "钟种、跃迁、量子化轴、纬度、背景方向、恒星时起点、采样周期、参考与链路均须锁定。", "en": "Fix species, transition, quantization axis, latitude, background direction, starting sidereal phase, cadence, reference and transfer link." }, "required_precision": { "zh": "先由模型定振幅及频率，再用协方差与采样窗口确定可达检验功效。", "en": "Derive amplitude/frequency first; determine test power from covariance and sampling window." }, "systematics": { "zh": "Zeeman、黑体、Stark、二阶 Doppler、重力势、伺服、磁场随旋转变化、链路与日周期混叠。", "en": "Zeeman, blackbody, Stark, second-order Doppler, gravitational potential, servo, rotation-correlated magnetic field, transfer and solar-day aliasing." }, "existing_data": { "zh": "有已发表钟比与 Lorentz 对称性实验；未导入本 ASD 构型原始时序。", "en": "Published clock-ratio and Lorentz-symmetry tests exist; no raw time series for this ASD configuration is loaded." }, "falsification_criterion": { "zh": "预注册有独立参数的非零调制和似然；若校准后的置信区间排除该振幅，限制该钟种的 LVE—读数映射。", "en": "Preregister a nonzero modulation with independently fixed parameters and likelihood. If calibrated confidence intervals exclude it, constrain that clock-specific LVE-to-readout mapping." }, "falsification_node": "clock", "matrix_ids": [ "lve-test-clock", "time-test-moving", "time-test-cross-clock", "SD-TEST-directional-metrology" ], "workbench": "/tests/directional-atomic-clock", "experimental_priority": "P1", "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-002", "title": { "zh": "LVE 下的 μ 子存活与计数", "en": "Muon survival and counts under LVE" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS THEORY", "status": "PROPOSED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/theory/lve/tests", "/open-problems/lve-muon-decay" ], "equation_dependencies": [ "lve-process", "lve-muon" ], "observable": { "zh": "同一产生谱与接受度下的 N(E,θ)，以及上下站联合计数比。", "en": "N(E,θ) and joint upper/lower station count ratios for the same production spectrum and acceptance." }, "asd_prediction": { "zh": "第一章式（1.45）—（1.46）给出示例路径 L=643√999 m≈20323.3 m；这是近似输入的路径计算。生存率仍须独立建立衰变律、产生与能谱、传播和探测接受度。", "en": "Chapter 1 Eqs. (1.45)–(1.46) give the illustrative path L=643√999 m≈20323.3 m from approximate inputs. Survival still requires an independently specified decay law, production and energy spectra, propagation and detector acceptance." }, "comparison_prediction": { "zh": "P=exp[−∫ds/(βγcτμ)]，经能损、产生分布、效率与迁移矩阵卷积。", "en": "P=exp[−∫ds/(βγcτμ)], folded with energy loss, production distributions, efficiency and migration." }, "predicted_difference": { "zh": "未定义 ASD 危险率，因此 ΔN 未计算。", "en": "ASD hazard is undefined, so ΔN is not calculated." }, "configuration": { "zh": "固定能谱、产生高度、天顶角、材料、计数时长、几何接受度、阈值与能量重建。", "en": "Fix spectrum, production altitude, zenith, material, livetime, geometric acceptance, threshold and energy reconstruction." }, "required_precision": { "zh": "取决于预测差值、计数统计和共享归一化；不从单一路径示例指定。", "en": "Depends on ΔN, count statistics and shared normalization; not inferred from one path example." }, "systematics": { "zh": "大气温压、强子产生模型、能损、触发、死时间、背景及谱—接受度退化。", "en": "Atmospheric temperature/pressure, hadronic production, energy loss, trigger, dead time, background and spectrum–acceptance degeneracy." }, "existing_data": { "zh": "PDG 提供宇宙线综述与文献入口；本站尚未导入有接受度的逐 bin 数据。", "en": "PDG provides a cosmic-ray review and references; acceptance-qualified bin data are not yet imported." }, "falsification_criterion": { "zh": "在固定统计映射、产生模型与校准下，联合似然持续排除 N_ASD；先排除该路径—衰变映射。", "en": "With statistical mapping, production model and calibration fixed, a joint likelihood excludes N_ASD; the immediate target is that path-to-decay mapping." }, "falsification_node": "muon", "matrix_ids": [ "lve-test-muon" ], "workbench": "/tests/muon-survival", "experimental_priority": "P2", "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-003", "title": { "zh": "高 γ 电荷场的探针读数", "en": "High-γ charge-field detector readout" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS THEORY", "status": "PROPOSED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/theory/electromagnetism/moving-charge-field", "/tests/case-studies/high-gamma-charge-field" ], "equation_dependencies": [ "em-field-candidate", "em-potential-candidate", "em-response", "em-retarded" ], "observable": { "zh": "电光采样的归一化差分信号 S(t)，或经独立校准得到的 V(t)。", "en": "Normalized electro-optic differential signal S(t), or independently calibrated V(t)." }, "asd_prediction": { "zh": "高速源场、实验室映射与晶体探针未联合闭合。", "en": "High-speed source field, laboratory mapping and crystal response are not jointly closed." }, "comparison_prediction": { "zh": "同束团、边界、介质、激光与探针下的 Maxwell–Lorentz 信号。", "en": "Maxwell–Lorentz signal for the same bunch, boundary, dielectric, laser and detector." }, "predicted_difference": { "zh": "未计算 ΔS(t)；标准场曲线不能改名为 ASD。", "en": "ΔS(t) is unavailable; a standard field curve cannot be relabelled ASD." }, "configuration": { "zh": "束能、束团时空密度、冲击参数、导体边界、晶体取向/厚度、激光宽度、采样与校准。", "en": "Beam energy, bunch density, impact parameter, conductor boundary, crystal orientation/thickness, laser width, sampling and calibration." }, "required_precision": { "zh": "由响应后的 ΔS 与时域协方差决定，不能使用理想点场峰值替代。", "en": "Set by response-filtered ΔS and time-domain covariance, not by an ideal point-field peak." }, "systematics": { "zh": "相位匹配、晶体带宽、多反射、束流撞击、时间抖动、增益及背景。", "en": "Phase matching, crystal bandwidth, multiple reflections, beam irradiation, timing jitter, gain and background." }, "existing_data": { "zh": "Ota et al. 2022 已发表；数据与代码按论文声明需向作者合理请求，本站未取得。", "en": "Ota et al. (2022) is published; its data/code statement requires a reasonable request to the authors. Neither is acquired here." }, "falsification_criterion": { "zh": "共同输入与独立增益固定后，以完整波形及协方差检验；排除给定源—探针构成。", "en": "With common inputs and independently fixed gain, test the full waveform and covariance; reject the specified source–probe construction." }, "falsification_node": "high-gamma", "matrix_ids": [ "em-test-moving-charge-field", "em-test-synchrotron-orbit" ], "workbench": "/tests/case-studies/high-gamma-charge-field", "experimental_priority": "P3", "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-004", "title": { "zh": "S301 轨道候选案例", "en": "S301 candidate orbital case" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS DATA", "status": "DATA-GATED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/theory/gravity/orbital-dynamics", "/tests/case-studies/s301" ], "equation_dependencies": [ "grv-action", "grv-orbit" ], "observable": { "zh": "逐历元天球位置与适用的径向速度。", "en": "Epoch astrometry and radial velocity where applicable." }, "asd_prediction": { "zh": "待正式对象标识、输入与共同拟合；当前外部球对称模型可能同形。", "en": "Pending object identification, inputs and joint fit; the current spherical exterior model may be equivalent." }, "comparison_prediction": { "zh": "在相同坐标、质量、距离与选择下的标准轨道拟合。", "en": "Standard orbital fit with the same coordinates, mass, distance and selection." }, "predicted_difference": { "zh": "当前选定静态外部构成与 Schwarzschild 关系同形的范围内，不能仅因高阶或强场宣称非零差值。需明确不同本构或源的依据，再计算同一装置观测量与误差预算。", "en": "Within the chosen static exterior construction that has the Schwarzschild form, neither higher order nor strong field alone establishes a nonzero difference. Specify a justified different constitutive or source input, then calculate the same apparatus observable and error budget." }, "configuration": { "zh": "历元、时间尺度、astrometry、RV、误差、协方差、参考系、仪器校准。", "en": "Epochs, time scale, astrometry, RV, errors, covariance, reference frame and instrument calibration." }, "required_precision": { "zh": "待非退化差值与参数协方差计算。", "en": "Pending a nondegenerate difference and parameter covariance." }, "systematics": { "zh": "参考系漂移、径向速度零点、距离/质量退化、扩展质量、源混叠。", "en": "Reference-frame drift, RV zero point, distance/mass degeneracy, extended mass and source confusion." }, "existing_data": { "zh": "DATA-GATED：尚缺对象核验及原始历元数据。", "en": "DATA-GATED: object verification and raw epoch data are missing." }, "falsification_criterion": { "zh": "数据门槛全部满足后，检验固定引力构成在联合观测空间的拟合；若同形则记录不可区分。", "en": "After all data gates pass, test the fixed gravity construction in joint observation space; record non-discrimination if equivalent." }, "falsification_node": "gravity", "matrix_ids": [ "GRV-EXP-006" ], "workbench": "/tests/case-studies/s301", "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-005", "title": { "zh": "静态引力红移", "en": "Static gravitational redshift" }, "classification": "REINTERPRETED", "readiness": "READY", "status": "NON-DISCRIMINATING", "device_calculation": "LIMITED MODEL", "theory_sources": [ "/theory/gravity/gravitational-redshift" ], "equation_dependencies": [ "grv-frequency-ratio", "time-weak-redshift" ], "observable": { "zh": "共同参考下的两钟频率比。", "en": "Two-clock frequency ratio under a common reference." }, "asd_prediction": { "zh": "正式静态尺度构成给出相应频率比。", "en": "The stated static scale construction gives the corresponding frequency ratio." }, "comparison_prediction": { "zh": "同静态背景与协议下的 GR 频率比。", "en": "GR frequency ratio for the same static background and protocol." }, "predicted_difference": { "zh": "已声明静态模型内同形；ΔO=0，不是独特预测。", "en": "Equivalent within the stated static model: ΔO=0, not a distinct prediction." }, "configuration": { "zh": "静态源、钟位置、同一参考与信号传递协议。", "en": "Static source, clock positions, common reference and transfer protocol." }, "required_precision": { "zh": "增加精度不能区分严格相同的函数。", "en": "Greater precision cannot distinguish identical functions." }, "systematics": { "zh": "高程、背景势、钟系统偏移与链路。", "en": "Height, background potential, clock offsets and transfer." }, "existing_data": { "zh": "引力矩阵列出原始文献；本条未新增数据拟合。", "en": "Primary references are in the gravity matrix; no new fit is claimed." }, "falsification_criterion": { "zh": "不吻合可约束共享的静态模型与装置假设，不能优先指向 ASD 特有机制。", "en": "A discrepancy constrains shared static-model and apparatus assumptions, not specifically the ASD interpretation." }, "falsification_node": "gravity", "matrix_ids": [ "GRV-EXP-001", "time-test-redshift" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-006", "title": { "zh": "弱场光偏折与时延", "en": "Weak-field deflection and delay" }, "classification": "REPRODUCED", "readiness": "READY", "status": "NON-DISCRIMINATING", "device_calculation": "LIMITED MODEL", "theory_sources": [ "/theory/gravity/light-deflection", "/theory/gravity/shapiro-delay" ], "equation_dependencies": [ "grv-deflection", "grv-delay-distance" ], "observable": { "zh": "光线偏折角与固定端点传播时延。", "en": "Ray deflection angle and fixed-endpoint propagation delay." }, "asd_prediction": { "zh": "在页面注明近似内恢复标准系数。", "en": "Standard coefficients recovered in the stated approximation." }, "comparison_prediction": { "zh": "相同阶数、几何、质量与坐标的 GR 结果。", "en": "GR result at the same order, geometry, mass and coordinates." }, "predicted_difference": { "zh": "已核查阶数内 ΔO=0；更高阶差值未独立建立。", "en": "ΔO=0 at the checked order; no independent higher-order difference is established." }, "configuration": { "zh": "弱静态背景、固定端点与统一冲击参数。", "en": "Weak static background, fixed endpoints and a shared impact parameter." }, "required_precision": { "zh": "需先确定非退化差值；本条无独特精度目标。", "en": "A nondegenerate difference must be established first; no distinct precision target here." }, "systematics": { "zh": "介质延迟、源运动、轨道、质量及标定。", "en": "Media delay, source motion, orbit, mass and calibration." }, "existing_data": { "zh": "原始引力实验引用沿用矩阵，未重做拟合。", "en": "Gravity-matrix primary references retained; no refit." }, "falsification_criterion": { "zh": "检验的是该光学极限；与标准结果共同失败时需检查共同输入。", "en": "Tests the optical limit; common failure also requires checking shared inputs." }, "falsification_node": "gravity", "matrix_ids": [ "GRV-EXP-002", "GRV-EXP-003" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-007", "title": { "zh": "标准平行运动电荷构型", "en": "Standard parallel moving-charge configuration" }, "classification": "REINTERPRETED", "readiness": "READY", "status": "NON-DISCRIMINATING", "device_calculation": "LIMITED MODEL", "theory_sources": [ "/theory/electromagnetism/magnetic-force" ], "equation_dependencies": [ "em-standard-transverse", "em-magnetic-vector" ], "observable": { "zh": "给定横向间距下同速平行电荷的受力。", "en": "Force on co-moving parallel charges at a defined transverse separation." }, "asd_prediction": { "zh": "限定距离/力定义下的 LVE 磁作用代数。", "en": "LVE magnetic-force algebra under the stated distance/force definitions." }, "comparison_prediction": { "zh": "相同构型的 Maxwell–Lorentz 总受力。", "en": "Maxwell–Lorentz total force for the same configuration." }, "predicted_difference": { "zh": "对齐操作定义时为共同结果；推广到一般源/探针仍开放。", "en": "A shared result when operational definitions agree; general source/probe extension remains open." }, "configuration": { "zh": "同速、平行、横向分离；明确力和距离的坐标配对。", "en": "Equal speeds, parallel motion, transverse separation; specify force–distance coordinate pairing." }, "required_precision": { "zh": "本构型自身未给独特差值，不能反推精度。", "en": "This configuration provides no distinct difference from which to infer precision." }, "systematics": { "zh": "距离标定、束流分布、载流子速度与坐标选择。", "en": "Distance calibration, beam profile, carrier speed and coordinate conventions." }, "existing_data": { "zh": "代数比较已整理；不等于完成高速电光拟合。", "en": "Algebraic comparison is documented; this is not a high-speed EO fit." }, "falsification_criterion": { "zh": "先检验既定力—读数映射；不能用本构型排除所有一般场候选。", "en": "Test the specified force-to-readout mapping; this setup does not exclude every general-field candidate." }, "falsification_node": "em", "matrix_ids": [ "em-test-parallel-moving-charges", "em-test-current-current-force" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-008", "title": { "zh": "自由纵向空间波探测", "en": "Free longitudinal spatial-wave detection" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS THEORY", "status": "PROPOSED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/theory/space-dynamics/longitudinal-waves" ], "equation_dependencies": [], "observable": { "zh": "已指定源与探测器中的极化、相位及频率/长度响应。", "en": "Polarization, phase and frequency/length response in a specified source and detector." }, "asd_prediction": { "zh": "自由纵模为研究对象；源强与探测耦合未确定。", "en": "Free longitudinal modes are a research target; source strength and detector coupling are undetermined." }, "comparison_prediction": { "zh": "声学、热学、电磁和仪器扰动的共同背景模型。", "en": "Common acoustic, thermal, electromagnetic and instrumental background model." }, "predicted_difference": { "zh": "尚无可测振幅差值。", "en": "No measurable amplitude difference yet." }, "configuration": { "zh": "明确激励、屏蔽、探测耦合、极化和距离扫描。", "en": "Specify excitation, shielding, coupling, polarization and distance scans." }, "required_precision": { "zh": "由源强、耦合和噪声谱确定。", "en": "Depends on source strength, coupling and noise spectrum." }, "systematics": { "zh": "机械/声学传播、热漂移、电磁串扰和地面振动。", "en": "Mechanical/acoustic propagation, thermal drift, EM crosstalk and ground vibration." }, "existing_data": { "zh": "未发布自由纵向空间波的专属检测数据。", "en": "No dedicated free spatial-longitudinal-wave detection dataset is published here." }, "falsification_criterion": { "zh": "只有固定非零探测耦合后，空结果才限制对应纵模候选；引力波速度不等于纵模探测。", "en": "A null result constrains a longitudinal-mode candidate only after nonzero detector coupling is fixed; GW speed is not a longitudinal-mode detection." }, "falsification_node": "continuum", "matrix_ids": [ "SD-TEST-free-longitudinal", "SD-TEST-mode-conversion" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-009", "title": { "zh": "共享输入下的粒子质量谱", "en": "Particle mass spectrum from shared inputs" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS THEORY", "status": "PROPOSED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/theory/matter/mass", "/open-problems/matter/mass-spectrum" ], "equation_dependencies": [], "observable": { "zh": "电子/质子质量比及与同一解关联的响应。", "en": "Electron/proton mass ratio and responses associated with the same solutions." }, "asd_prediction": { "zh": "尚缺完整稳定解和共享常数下的谱。", "en": "Complete stable solutions and a spectrum from shared constants are missing." }, "comparison_prediction": { "zh": "作为验收目标的测量质量和既有粒子现象学。", "en": "Measured masses and established particle phenomenology as requirements." }, "predicted_difference": { "zh": "未计算；逐粒子调参不算预测。", "en": "Not calculated; particle-by-particle tuning is not a prediction." }, "configuration": { "zh": "先固定作用量、解扇区、校准量、单位和共享参数。", "en": "First fix action, solution sectors, calibration observables, units and shared parameters." }, "required_precision": { "zh": "需先给理论/数值误差，再对照测量不确定度。", "en": "Establish theoretical/numerical errors before comparing measurement uncertainty." }, "systematics": { "zh": "模型截断、网格边界、拓扑解误差、校准重复使用。", "en": "Model truncation, mesh/boundary effects, solution error and calibration reuse." }, "existing_data": { "zh": "Matter 矩阵列出实验要求；无本站 ASD 质量谱数据。", "en": "The matter matrix lists experimental requirements; no ASD mass-spectrum dataset exists here." }, "falsification_criterion": { "zh": "固定模型无法同时符合共享校准外的质量/响应时排除该拓扑实现。", "en": "Exclude the specified topology realization if a fixed model fails masses/responses outside its calibration set." }, "falsification_node": "electron", "matrix_ids": [ "mat-electron-mass", "mat-proton-mass" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-010", "title": { "zh": "单粒子量子装置判别量", "en": "Single-particle quantum apparatus discriminator" }, "classification": "CANDIDATE DISCRIMINATOR", "readiness": "NEEDS THEORY", "status": "PROPOSED", "device_calculation": "INCOMPLETE", "theory_sources": [ "/tests/quantum", "/open-problems/quantum/experimental-discriminator" ], "equation_dependencies": [], "observable": { "zh": "同一制备、边界与探测协议下的事件分布差。", "en": "Event-distribution difference for identical preparation, boundaries and detection protocol." }, "asd_prediction": { "zh": "有效包络与条件性强度已有框架，独特事件分布未推导。", "en": "Effective envelopes and conditional intensities exist; a distinct event distribution is not derived." }, "comparison_prediction": { "zh": "包含同一探测响应的标准单粒子量子模型。", "en": "Standard single-particle quantum model including the same detector response." }, "predicted_difference": { "zh": "尚未得到 ΔP；Born 规则不能作为 ASD 隐藏输入。", "en": "ΔP is not established; Born statistics cannot be a hidden ASD input." }, "configuration": { "zh": "固定源、路径、表面势、环境、探测器与记录定义。", "en": "Fix source, paths, surface potentials, environment, detector and event definition." }, "required_precision": { "zh": "由非退化差值与计数统计共同确定。", "en": "Depends on nondegenerate differences and count statistics." }, "systematics": { "zh": "不相干、效率、阈值、背景、漂移及后选择。", "en": "Decoherence, efficiency, thresholds, background, drift and postselection." }, "existing_data": { "zh": "已有量子实验是现象学验收目标；本站无独特 ASD 拟合。", "en": "Known quantum experiments are phenomenological requirements; no distinct ASD fit here." }, "falsification_criterion": { "zh": "排除固定的核心—场—探测耦合；若只恢复标准关系，则报告不可区分。", "en": "Exclude a fixed core–field–detector coupling; report non-discrimination if it only recovers the standard relation." }, "falsification_node": "quantum", "matrix_ids": [ "qm-single-events", "qm-born", "qm-tunneling" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null }, { "id": "ASD-PRED-011", "title": { "zh": "旋转回路的面积项", "en": "Rotating-loop area term" }, "classification": "REPRODUCED", "readiness": "READY", "status": "NON-DISCRIMINATING", "device_calculation": "LIMITED MODEL", "theory_sources": [ "/theory/lve/tests" ], "equation_dependencies": [ "lve-loop", "lve-sagnac" ], "observable": { "zh": "两向传播时差或经校准的相位差。", "en": "Counter-propagating time difference or calibrated phase difference." }, "asd_prediction": { "zh": "在已声明旋转回路近似内得到面积项。", "en": "Area term obtained within the stated rotating-loop approximation." }, "comparison_prediction": { "zh": "同构型、同阶数的标准 Sagnac 关系。", "en": "Standard Sagnac relation for the same configuration and order." }, "predicted_difference": { "zh": "已核查阶数内 ΔO=0。", "en": "ΔO=0 at the checked order." }, "configuration": { "zh": "闭合回路、面积矢量、转动角速度与介质条件。", "en": "Closed loop, area vector, angular velocity and medium." }, "required_precision": { "zh": "共同项本身不能确定区分性精度。", "en": "A shared term alone cannot set a discriminating precision." }, "systematics": { "zh": "回路形变、背散射、介质色散与读出偏置。", "en": "Loop deformation, backscatter, dispersion and readout offset." }, "existing_data": { "zh": "LVE 实验矩阵提供来源；未增加新装置结果。", "en": "Sources are retained in the LVE matrix; no new apparatus result." }, "falsification_criterion": { "zh": "检验共同面积项；失败不自动选择另一套物理解释。", "en": "Tests the shared area term; failure does not automatically select an alternative interpretation." }, "falsification_node": "lve", "matrix_ids": [ "lve-test-sagnac" ], "workbench": null, "experimental_priority": null, "code_data": { "zh": "可下载实验协议模板与比较基线；未载入 ASD 装置拟合及原始实验数据。", "en": "Protocol templates and comparison baselines are downloadable; no ASD device fit or raw experimental data are included." }, "reviewed": "2026-09-22", "quantitative_result": null } ] }