Group meeting record组会记录
Window: since stage 1, 08 revision 9, 2026-11-01 20:10 EST (2026-11-02 01:10 UTC), up to this refresh at 08 revision 49. Days are UTC calendar days with activity; a day with no activity is skipped. One block per day, newest first.
窗口：自首次构建（stage 1，08 修订版 9，2026-11-01 20:10 EST，即 2026-11-02 01:10 UTC）起，至本次刷新（08 修订版 49）。日为 UTC 日历日，有活动的日才列出，无活动的日跳过。每日一个区块，最新的在前。
Days since stage 1: four UTC days with activity, 2026-11-02, 2026-11-03, 2026-11-04 and 2026-11-05 (UTC).
自 stage 1 以来的天数：UTC 日历日中有活动的四天，2026-11-02、2026-11-03、2026-11-04 与 2026-11-05（UTC）。
Source: cognition-os/08_RUNNING.md revisions 10–24; 04_DECISION_LOG.md D23–D25; 06_AGENT_LOG.md; REDTEAM_QUEUE.md; experiment records E035–E045, E046; insights I021; red teams RT-06–RT-16.来源：cognition-os/08_RUNNING.md 修订版 10–24；04_DECISION_LOG.md D23–D25；06_AGENT_LOG.md；REDTEAM_QUEUE.md；实验记录 E035–E045、E046；洞察 I021；红队 RT-06–RT-16。
2026-11-05 (UTC)2026-11-05 (UTC)
Results成果
- The halo-field 0.7 keV component is detected and its level is estimator-dependent: the registered full-freedom null rejects it at \(q = 22.4\) and six warm restarts push that to \(q = 34.8\), with \(kT \le 0.80\) keV at 90 % and a norm of \(3.2\text{–}5.8\times10^{-8}\) arcmin\(^{-2}\); but the same data give \(9.66 \pm 1.16\times10^{-8}\) in one registered fit and \(5.0 [3.56, 7.43]\times10^{-8}\) in another, \(2.3\text{–}2.7\sigma\) apart. Label: Provisional (detection), Questioned (one common level).晕场 0.7 keV 成分被检出，且其水平依赖于估计器：已注册的全自由度零假设以 \(q = 22.4\) 拒绝它，六次热重启把这一数字推到 \(q = 34.8\)，90% 下 \(kT \le 0.80\) keV，norm 为 \(3.2\text{–}5.8\times10^{-8}\) arcmin\(^{-2}\)；但同一份数据在一个已注册拟合中给出 \(9.66 \pm 1.16\times10^{-8}\)，在另一个中给出 \(5.0 [3.56, 7.43]\times10^{-8}\)，相差 \(2.3\text{–}2.7\sigma\)。标签：临时性（检出），受质疑（一个共同水平）。
- The gas limit is now conditional rather than one number: with the stellar floor fitted, only the HI-shaped gas term is separable (\(3.47 \pm 1.56\times10^{-17}\), \(2.2\sigma\)), so the \(3\sigma\) limit is \(L_X(0.5\text{–}2\,\mathrm{keV}) < 3.8\times10^{37}\) erg/s inside \(a = 56'\) and \(< 4.4\times10^{37}\) outside; the envelope 2.3–6.2e37 / 2.7–7.1e37 erg/s is quoted with its floor anchor named. Label: Provisional, conditional.气体上限现在是有条件的而非单一数字：在拟合恒星底板的情况下，只有 HI 形状的气体项可分离（\(3.47 \pm 1.56\times10^{-17}\)，\(2.2\sigma\)），因此 \(3\sigma\) 上限为 \(a = 56'\) 以内 \(L_X(0.5\text{–}2\,\mathrm{keV}) < 3.8\times10^{37}\) erg/s、以外 \(< 4.4\times10^{37}\) erg/s；区间 2.3–6.2e37 / 2.7–7.1e37 erg/s 以其底板锚点注明引用。标签：临时性，有条件。
- The age-resolved regression returned a formal, improved result with a certified response, but its physical gate still fails: the certified response is band-independent (MOS2 ratio 1.0948, no double vignetting) and free per-file floors return the old-age emissivity to zero, which confirms that the per-file floors can absorb smooth old light — but the QPB/SP degeneracy in the brief is not resolved, so no per-age emissivity is established (R125).按年龄分辨的回归在已认证响应下给出有改进的形式结果，但其物理门控仍失败：已认证响应与波段无关（MOS2 比值 1.0948，无双重消光），自由的逐文件底板把旧年龄发射率给回零，这确认了逐文件底板能够吸收平滑的旧星光——但简报中的 QPB/SP 退化并未解决，因此按年龄发射率未被确立（R125）。
- The soft QPB scale that broke the first attempt is identified: it is the 1.4–2.0 keV Al K\(\alpha\) + Si K\(\alpha\) line band missing from the run6 continuum template — 64.8 % of the corner counts in that band are those lines, and the corner/template ratio is 3.71 there against 0.938 (0.5–0.8 keV) and 1.014 (0.8–1.4 keV). The 1.4–2.0 keV band stays out of the science bands (R127).破坏首次尝试的软 QPB 尺度已被定位：它是 run6 连续谱模板中缺失的 1.4–2.0 keV Al K\(\alpha\) + Si K\(\alpha\) 线带——该波段角区计数的 64.8% 正是这些线，而角区/模板比值在该波段为 3.71，对比 0.938（0.5–0.8 keV）与 1.014（0.8-1.4 keV）。1.4–2.0 keV 波段仍排除在科学波段之外（R127）。
- The halo-field column preference is now Questioned: with the band below 0.5 keV removed, the reduced refits prefer the frozen N_H 0.03 over 0.0585 (\(\Delta\)\(\chi^2\) 3.79 and 16.73), so together with the calibration literature the preference most likely reflects sub-0.5 keV calibration or soft-sky modelling rather than the column. The full refits did not finish (R126). The age-resolved regression is on its third generation: D1c fixed the QPB per file from the detector corners, but its support rule removed 605/622 regions (13 regions and 2,926 counts left, 0/24 primary cases pass), so it is formal only — its full-sample row gives old \(\epsilon\) 1.99 [1.72, 2.25]e27 per formed M☉, ratio 82, dev/dof 1.74 and QPB pull 8.4, and D1d was launched for pixel-level support and an absolute corner→FOV QPB (R129). D1d’s D30 input audit then found 61 upstream mask/object images still on rpc/4.background (2.1filter) to be remade from 3B on Virgo, while the PHA GTI differences are \(\leq\) 1.4 % and the 25 response-gate failures are area, not time (R130). And the SFR-shaped soft gas term of D1b is not detected: adding the masked point-source count within 1′ as a covariate cuts its amplitude 1.3603 → 0.3673 (−73 %), the cluster-bootstrap SD 0.456 is \(\approx\) 21\(\times\) the naive SE, and the interval [0, 0.97]e−16 includes zero, so at 90 % that term is < 0.97e−16 \(\approx\) L < 1.1e37 erg/s over the footprint (R131). Label: Questioned (the gas term, not detected), Provisional (the emissivity).晕场柱密度的偏好现在受质疑：移除 0.5 keV 以下波段后，约化重拟合偏好冻结的 N_H 0.03 而非 0.0585（\(\Delta\)\(\chi^2\) 3.79 与 16.73），因此结合校准文献，该偏好最可能反映 0.5 keV 以下的校准或软天空建模，而非柱密度本身。完整重拟合未完成（R126）。按年龄分辨的回归已到第三代：D1c 用探测器角区逐文件固定 QPB，但其支撑规则移除了 605/622 个区域（只剩 13 个区域、2,926 个计数，24 个主用例中 0 个通过），因此只是形式结果——其全样本行给出旧年龄 \(\epsilon\) 1.99 [1.72, 2.25]e27 每已形成 M☉、比值 82、dev/dof 1.74、QPB pull 8.4，于是启动 D1d 做像素级支撑与绝对的角区→视场 QPB（R129）。D1d 的 D30 输入审计随后发现 61 张上游掩护/目标图像仍在 rpc/4.background（2.1filter）上，需在 Virgo 上用 3B 重做，而 PHA 的 GTI 差异 \(\leq\) 1.4%，25 个响应门控失败是面积而非时间（R130）。而 D1b 的 SFR 形状软气体项未检出：把 1′ 内的被掩护点源计数作为协变量加入后，其幅度从 1.3603 降到 0.3673（−73%），簇自助法的 SD 0.456 \(\approx\) 朴素 SE 的 21\(\times\)，区间 [0, 0.97]e−16 包含零，因此 90% 下该项 < 0.97e−16 \(\approx\) 在该足迹上 L < 1.1e37 erg/s（R131）。标签：受质疑（气体项，未检出），临时性（发射率）。
Work工作
- Jobs running at 08 revision 49: two research jobs (D1d, the age-resolved emissivity regression at pixel-level support with an absolute corner→FOV QPB, resumed after its D30 input gate; V1b, the remaining nH profiles), two red teams (RT-36 on calibration versus degeneracy; RT-39 on S1b’s live-time gate against the 3B maps), the S1b share-package patch on one GTI version (D30), and one literature task (L37, hot-ISM L_X per SFR).08 修订版 49 时在跑的工作：两项研究工作（D1d，像素级支撑、绝对角区→视场 QPB 的按年龄分辨发射率回归，在 D30 输入门控后恢复；V1b，剩余的 nH 剖面），两个红队（RT-36 针对校准与退化；RT-39 针对 S1b 的活时间门控与 3B 图），S1b 共享包按单一 GTI 版本修补（D30），以及一项文献任务（L37，热 ISM 的每 SFR L_X）。
- Handbook HB01 stage 4d refresh (this round) folded R071–R131 and D26–D30 into every page; the content cutoff is 08 revision 49.手册 HB01 第 4d 阶段刷新（本轮）把 R071–R131 与 D26–D30 折入每一页；内容截止为 08 修订版 49。
- A literature review set out the background practice for resolved-population regressions: sky as one physical spectral model anchored by off-disk controls; QPB, soft protons and the Al/Si lines as separate detector terms; integer-count Poisson; deviance calibrated by simulation; the old coefficient profiled jointly with sky/QPB/SP. Old-population calibrators: M32 (\(5.4 \pm 0.7\) \(\pm 1.6\))e27, four dwarf ellipticals (\(6.0 \pm 0.5\) \(\pm 1.8\))e27, NGC 3379 (\(8.2 \pm 0.8\) \(\pm 2.5\))e27 per current solar mass in 0.5–2 keV (R128).一项文献综述给出了已解析族群回归的背景实践：把天空作为一个由离盘对照锚定的物理谱模型；QPB、软质子与 Al/Si 线作为分开的探测器项；整数计数泊松；用模拟校准 deviance；把 old 系数与 sky/QPB/SP 联合剖面。旧种群校准体（0.5–2 keV，按当前太阳质量）：M32 (\(5.4 \pm 0.7\) \(\pm 1.6\))e27、四个矮椭圆星系 (\(6.0 \pm 0.5\) \(\pm 1.8\))e27、NGC 3379 (\(8.2 \pm 0.8\) \(\pm 2.5\))e27（R128）。
- Launched and replaced since: D1c replaced D1b and was itself replaced by D1d (R129); RT-38 was launched and is done (R131); RT-39 was launched on S1b’s live-time gate (R130); S1b was launched under D30 and picked up a CORRECTION_01 for the mask lineage (R130).启动与替换：D1c 替代 D1b，而 D1c 本身又被 D1d 替代（R129）；RT-38 已启动并已完成（R131）；RT-39 已启动，针对 S1b 的活时间门控（R130）；S1b 在 D30 下启动，并接到针对掩护谱系的 CORRECTION_01（R130）。
Problems问题
- The age-resolved regression came back as a formal result whose physical calibration failed: the soft QPB scale was 2.70 against a prior of \(1 \pm 0.10\) (\(17\sigma\)) and the deviance/dof was 3.59. Its replacement carries a \(\pm 11\) % normalization systematic. Action: the response and exposure convention was certified (the offset is a support/area normalization, not a response error) and the job was resumed.按年龄分辨的回归给出了一个形式结果，但其物理校准失败：软 QPB 尺度为 2.70 而先前为 \(1 \pm 0.10\)（\(17\sigma\)），deviance/dof 为 3.59。其替代版本带 \(\pm 11\) % 的归一化系统误差。处理：响应与曝光约定已认证（该偏移是支撑/面积归一化，而非响应误差），任务已恢复。
- The outer-rise test cannot decide at the current precision: the halo-field scatter is 2–\(4 \times\) the whole detected halo range, so no per-annulus test can separate a halo from a foreground. Action: an independent foreground field was designed; the per-annulus route was dropped as the decision path.外层上升的检验在当前精度下无法决定：晕场散度是整个已检出晕范围的 2–4 倍，因此任何逐环带检验都无法区分晕与前景。处理：已设计独立前景视场；逐环带路线被从决定路径中撤下。
- The age-resolved emissivity is still not established: the response is certified but the QPB/SP degeneracy is not, and the first attempt's failure was a line band rather than a calibration error (R125, R127). Action: D1c fixed the QPB per file from the detector corners and kept the 1.4–2.0 keV band out of the science bands, but its own support rule then removed 605/622 regions and left 0/24 primary cases passing, so it is formal only and D1d was launched at pixel level with an absolute corner→FOV QPB (R129, R130).按年龄分辨的发射率仍未确立：响应已认证，但 QPB/SP 退化未认证，而首次尝试的失败是一条线带而非校准误差（R125、R127）。处理：D1c 用探测器角区逐文件固定 QPB，并把 1.4–2.0 keV 波段排除在科学波段之外，但它自己的支撑规则随后移除了 605/622 个区域、24 个主用例中 0 个通过，因此只是形式结果，于是启动了像素级支撑、绝对角区→视场 QPB 的 D1d（R129、R130）。
- The S1 exposure-map mismatch has a cause: the inventory script preferred rpc/4.background products, which use a different GTI algorithm (2.1filter) from the 2.filter events the package ships, so 395/431 maps and 506/852 QPB products are built on the wrong GTI. The header check gives a map EXPOSURE / max ONTIME ratio of median 1.0000 for 3B.background against 0.893 for 4.background. The PI decided every product pairs with the 2.filter events, and the share package is patched before upload (D30). Action: S1b issues new masked maps, the QPB products, the MANIFEST and a README note; D1d’s input audit found the same 4.background mask lineage inside S1b, so a CORRECTION_01 for the package is queued too; the upload and the sharing stay the PI’s (D30, R130).S1 曝光图不匹配有了原因：清单脚本优先选了 rpc/4.background 产品，它们使用与共享包所发的 2.filter 事件不同的 GTI 算法（2.1filter），因此 395/431 张图与 506/852 个 QPB 产品建立在错误的 GTI 上。标头检查给出图 EXPOSURE / max ONTIME 比值：3B.background 中位数 1.0000，4.background 为 0.893。PI 决定每个产品都与 2.filter 事件配对，共享包在上传前修补（D30）。处理：S1b 发出新的掩蔽图、QPB 产品、MANIFEST 与 README 说明；D1d 的输入审计发现 S1b 内部也有同样的 4.background 掩护谱系，因此也为共享包排入 CORRECTION_01；上传与共享仍由 PI 决定（D30、R130）。
- The nH 0.0585 preference is now Questioned rather than established, and the full all-nuisance refits did not finish inside the 16-h box (R126). Action: the job was resumed for the two full refits and the per-bin \(\Delta\)\(\chi^2\) below 0.5 keV; D1c uses 0.03 as primary.nH 0.0585 的偏好现在从“已确立”变为“受质疑”，完整的全 nuisance 重拟合未能在 16 小时框内完成（R126）。处理：任务已为两次完整重拟合与 0.5 keV 以下的逐箱 \(\Delta\)\(\chi^2\) 恢复；D1c 以 0.03 为主。
For the PI待 PI 决定
One item, unchanged in substance but now with a cause and a rule: the S1 share package must be patched to one GTI version (rpc/2.filter / 3B.background, never 4.background / 2.1filter) before it is uploaded, because its masked exposure maps were built on the other GTI algorithm; S1b issues the new maps, the QPB products, the MANIFEST and a README note, and the same 4.background mask lineage was found inside S1b by D1d’s input audit (D30, R130). The upload and the sharing remain the PI’s.
一项，实质未变但现在有了原因与规则：S1 共享包必须在上传前修补为单一 GTI 版本（rpc/2.filter / 3B.background，绝不用 4.background / 2.1filter），因为它的掩蔽曝光图建立在另一种 GTI 算法上；S1b 发出新的图、QPB 产品、MANIFEST 与 README 说明，而 D1d 的输入审计也在 S1b 内部发现了同样的 4.background 掩护谱系（D30、R130）。上传与共享仍由 PI 决定。
Source: 07_REVISION_LOG.md R071, R079, R091, R093, R098, R110, R112, R115, R116, R121–R131; 04_DECISION_LOG.md D30; 08_RUNNING.md revision 49 §3 and §6.来源：07_REVISION_LOG.md R071、R079、R091、R093、R098、R110、R112、R115、R116、R121–R131；04_DECISION_LOG.md D30；08_RUNNING.md 修订版 49 §3 与 §6。
2026-11-04 (UTC)2026-11-04 (UTC)
Results成果
- The outer-disk rule came back undecided after the intercept was recomputed from SrcApec alone (\(C = -1.32\sigma\) for the frozen-foreground variant, 0 for the released one), and the red team showed the test is power-limited: the foreground increment that removes the outer rise is sky-flat, but the halo-field scatter is 2–\(4 \times\) the whole detected halo range. Label: undetermined, power-limited.在仅用 SrcApec 重算截距之后（冻结前景变体 \(C = -1.32\sigma\)，释放变体为 0），外圆盘规则的裁定为未决；红队表明该检验受功效限制：移除外层上升所需的前景增量在天空上是平坦的，但晕场散度是整个已检出晕范围的 2–4 倍。标签：无法判定，受功效限制。
- All eight annuli prefer the halo-field column \(N_\mathrm{H} = 0.0585\times10^{22}\) (\(\Delta\chi^2\) −27.8 to −218.6 at fixed dof), and a literature check did not exclude soft calibration as the cause: a 2–3 % energy-dependent residual moves a fitted N_H by ~(0.9–2.5)e20 cm\(^{-2}\). Label: Provisional.全部八个环带都偏好晕场柱密度 \(N_\mathrm{H} = 0.0585\times10^{22}\)（固定自由度下 \(\Delta\chi^2\) −27.8 到 −218.6），且一项文献检验并未排除软波段校准作为成因：2–3 % 的能量依赖残余会把拟合的 N_H 移动 ~(0.9–2.5)e20 cm\(^{-2}\)。标签：临时性。
Work工作
- Jobs run: the outer-annulus foreground variants (V7, DONE), the nH refits (V1b, BLOCKED at the profile cost gate and resumed), the matched exposure maps and per-region QPB (X1b, DONE), the exposure-map impact audit (RT-33, DONE), the F1 forecast without double coverage (RT-34, DONE), and the first Suzaku off-field comparison (FG1 v0, provisional).运行的工作：外环带前景变体（V7，完成）、nH 重拟合（V1b，在剖面成本门控处阻塞后恢复）、匹配曝光图与每区域 QPB（X1b，完成）、曝光图影响审计（RT-33，完成）、无双重覆盖的 F1 预测（RT-34，完成），以及首次 Suzaku 离场比较（FG1 v0，临时性）。
Problems问题
- The accepted annulus fits do not rest on the run6 campaign at all — they bind three v1.7.0 campaigns — and run6 itself has 110 failed tasks. The acceptance and pairing audit is a separate task, and it found that the two MOS cameras of one ObsID cover different sky parts of an annulus, which shifts the shared normalisation by 3–9 %.受理的环带拟合根本不建立在 run6 运动之上——它们绑定三个 v1.7.0 运动——而 run6 本身有 110 个失败任务。验收与配对审计是独立任务，它发现同一 ObsID 的两台 MOS 相机覆盖环带的不同天空部分，使共享归一化移动 3–9 %。
- The shared package's masked exposure maps do not match its events (26.5 ks of events against an 11.5 ks map). Action: the maps were rebuilt on the event GTIs and the share is held for a patch; the spectral fits are unaffected.共享包的掩护曝光图与其事件不匹配（事件 26.5 ks 而图为 11.5 ks）。处理：已在事件 GTI 上重建曝光图，共享暂缓待修补；谱拟合不受影响。
For the PI待 PI 决定
One item: the S1 share package (see the 2026-11-05 block). The upload and the sharing remain the PI's.
一项：S1 共享包（见 2026-11-05 区块）。上传与共享仍由 PI 决定。
Source: 07_REVISION_LOG.md R115, R116, R118, R119, R120; 08_RUNNING.md revision 43 §3 and §6.来源：07_REVISION_LOG.md R115、R116、R118、R119、R120；08_RUNNING.md 修订版 43 §3 与 §6。
2026-11-03 (UTC)2026-11-03 (UTC)
Results成果
- The diffuse-gas question got its first number: no diffuse M31 0.7 keV gas in any of the nine annuli, a \(3\sigma\) limit of \(2.4\times10^{38}\) / \(1.6\times10^{38}\) erg/s with a borrowed stellar floor, and a Mineo-level hot ISM disfavoured at 2.2–3.2\(\sigma\). The number was conditional, because the borrowed floor was not defensible; it was superseded on 2026-11-04. Label: Provisional.弥散气体问题有了第一个数字：九个环带中都没有弥散的 M31 0.7 keV 气体，借用恒星底板时 \(3\sigma\) 上限为 \(2.4\times10^{38}\) / \(1.6\times10^{38}\) erg/s，Mineo 级热 ISM 被否定 2.2–3.2\(\sigma\)。该数字是有条件的，因为借用的底板并不可辩护；它在 2026-11-04 被取代。标签：临时性。
- The soft-proton shape and the omitted instrumental lines no longer explain the inner hard excess (the excess moves by 0.10\(\sigma\) and all 112 added line norms stay at zero), and the faint X-ray binaries supply 11–45 % of it once completeness is weighted. Label: Provisional, narrowed.软质子形状与遗漏的仪器线不再解释内硬超额（超额移动 0.10\(\sigma\)，全部 112 个新增线 norm 保持为零），且做完备度加权后暗弱 X 射线双星提供其中 11–45 %。标签：临时性，收窄。
Work工作
- A long batch of red teams and literature tasks ran: the halo detection (V2, RT-20), the working-conclusion wording (RT-22), the young/old forecast (RT-21, RT-25, RT-28), the hard emissivity (B1, RT-23), the faint-XRB closure (RT-24, XLF2, XLF3), the age-resolved forecast (F1, D1a) and the bulge populations (L23).一大批红队与文献任务运行：晕场检出（V2、RT-20）、工作结论措辞（RT-22）、young/old 预测（RT-21、RT-25、RT-28）、硬发射率（B1、RT-23）、暗弱 XRB 闭合（RT-24、XLF2、XLF3）、按年龄分辨预测（F1、D1a）与核球族群（L23）。
Problems问题
- The working conclusion "disk 0.7 keV = unresolved stars + flat foreground" was weakened: the floor and the halo level are \(1.1\sigma\) apart, the allowed model ratios span 0.65–1.67, and the foreground over-subtracts the outer annuli. The wording now reads "consistent with stellar-like emission plus an extended foreground mixture".工作结论“圆盘 0.7 keV = 未解析恒星 + 平坦前景”被减弱：底板与晕场水平相差 \(1.1\sigma\)，允许的模型比例跨 0.65–1.67，且前景在外环带过度扣除。措辞现为“与恒星状发射加上一个扩展的前景混合一致”。
- The bright-source removal limit was found to be uncalibrated, so the faint-XRB closure was quoted as a range rather than a number; a per-field completeness product was then built over 465 fields.亮源移除限值被发现未经校准，因此暗弱 XRB 闭合被以区间而非单一数字引用；随后在 465 个视场上构建了逐视场完备度产品。
For the PI待 PI 决定
None.
无。
Source: 07_REVISION_LOG.md R064–R110; 08_RUNNING.md revision 32 §3.来源：07_REVISION_LOG.md R064–R110；08_RUNNING.md 修订版 32 §3。
2026-11-02 (UTC)2026-11-02 (UTC)
Results成果
Work工作
- Jobs running: V1 (codexnim/LTD, foreground-column refit pilot a016_024), V2 (hermes/LTD, halo temperature profile, 10 of 13 points done), V6 (codexnim/LTD, old+FUV+constant template pilot), V7 (codexnim/LTD, outer-annuli foreground variants), V8 (codexnim/Virgo, clipped-sector extraction pilot), V12 (sonnet/Virgo+lang, native vs fast_regions stage A), V17b (codexnim/lang2, QPB spectral-shape errors), V18 (sonnet/lang light, soft profiles with M31 internal absorption).运行中的工作：V1（codexnim/LTD，nH 重拟合试点 a016_024），V2（hermes/LTD，晕场温度剖面，13 个点中 10 个完成），V6（codexnim/LTD，old+FUV+constant 模板试点），V7（codexnim/LTD，外环带前景变体），V8（codexnim/Virgo，剪切扇区提取试点），V12（sonnet/Virgo+lang，原生 vs fast_regions 阶段 A），V17b（codexnim/lang2，QPB 谱形误差），V18（sonnet/lang light，含 M31 内部吸收的软辐射剖面）。
- Red team: the halo-to-disk foreground transplant attack and the origin attack (cored M31 halo versus Milky Way) are running; the point-spread-wing and cored-halo attacks are triaged.红队：晕到圆盘前景移植的攻击和“单一前景的起源：带核 M31 晕还是银河系”的攻击运行中；点扩散翼攻击和带核晕攻击已三审。
- Literature: L13, L14, L15 running; L12 triaged (R045).文献：L13、L14、L15 运行中；L12 已三审（R045）。
- Handbook HB01 stage 1 review-ready 2026-11-01 03:21 EST; stage 2 (this refresh) dispatched 2026-11-02 04:32 EST.手册 HB01 stage 1 于 2026-11-01 03:21 EST 审查就绪；stage 2（本次刷新）于 2026-11-02 04:32 EST 派发。
Problems问题
- The point-source mask-depth study (V11) is BLOCKED: the retained products contain no 90 % completeness map or certified mask selection function, so the unresolved-star share of the foreground cannot be narrowed until a matched completeness/injection test is run.点源掩护深度研究（V11）为 BLOCKED：保留产品中没有 90 % 完整性图或认证的掩护选择函数，因此在运行一次匹配的完整性/注入测试之前，无法收窄前景中未解析恒星的份额。
- The foreground-column pilot (V1) could not reproduce the accepted fit session on the fit host: at fixed parameters the rebuilt session differs by \(\Delta\chi^2 = 10.5\). A diagnosis correction is under way.前景柱密度试点（V1）未能在拟合主机上复现已接受的拟合会话：固定参数下重建会话相差 \(\Delta\chi^2 = 10.5\)。诊断修正正在进行。
- The handbook writer's own error (first build): the math checker failed on every page because of pre-existing Unicode math symbols in prose, and this page printed fenced command output it should not have. Both were fixed before this refresh; the math checker now re-runs on every page.手册撰写者自身错误（首次构建）：数学检查器在每一页都失败，原因是正文里预先存在的 Unicode 数学符号；本页还打印了本不该打印的带栅栏命令输出。两者均已在本次刷新前修复；数学检查器现已在每页重新运行。
For the PI待 PI 决定
None.
无。
Source: dated records only (08_RUNNING.md, 04_DECISION_LOG.md, 06_AGENT_LOG.md, REDTEAM_QUEUE.md, experiment and red-team records).来源：仅限带日期的记录（08_RUNNING.md、04_DECISION_LOG.md、06_AGENT_LOG.md、REDTEAM_QUEUE.md、实验和红队记录）。
数据截至：08 revision 49Data as of: 08 revision 49
Newest source read: cognition-os/08_RUNNING.md revisions 10–49; 07_REVISION_LOG.md R021–R131; 04_DECISION_LOG.md D23–D30.
最新读取的来源：cognition-os/08_RUNNING.md 修订版 10–49；07_REVISION_LOG.md R021–R131；04_DECISION_LOG.md D23–D30。