J/A+A/692/A243ivo://CDS.VizieR/J/A+A/692/A243doi:10.26093/cds/vizier.36920243CDSCasamiquela L.Reese D.R.Lebreton Y.Haywood M.Di Matteo P.,Anders F.Jash R.Katz D.Cerqui V.Boin T.Kordopatis G.2025-02-26T20:02:39Z2024-12-18T08:21:30ZCDS support team

CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France

cds-question@unistra.frmilky-way-galaxyopen-star-clustersphotometryvisible-astronomychemical-abundanceseffective-temperaturestellar-massesReliable stellar age estimates are fundamental for testing several problems in modern astrophysics, in particular since they set the timescales of Galactic dynamical and chemical evolution. In this study, we determine ages using only Gaia DR3 photometry and parallaxes, in combination with interstellar extinction maps, and spectroscopic metallicities and abundances from the latest data release (DR8) of the LAMOST survey. In contrast with previous age estimates, we do not use spectroscopic effective temperatures or surface gravities, and thus we rely on the excellent precision and accuracy of the Gaia photometry. We use a new version of the publicly available SPInS code with improved features, including the on-the-fly computation of the autocorrelation time and the automatic convergence evaluation. We determine reliable age estimates for 35096 and 243768 sub-giant and main-sequence turn-off stars in the LAMOST DR8 low- and medium-resolution surveys with typical uncertainties smaller than 10%. In addition, we successfully test our method on more than 4000 stars of 14 well-studied open and globular star clusters covering a wide range of ages, confirming the reliability of our age and uncertainty estimates.2024A&A...692A.243Chttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+A/692/A243CatalogResearchIsServedByTAP VizieR generic serviceIsServedByConesearch servicerelated-toV/156 : LAMOST DR7 catalogs (Luo+, 2019)I/355 : Gaia DR3 Part 1. Main source (Gaia Collaboration, 2022)https://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/A+A/692/A243https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/A+A/692/A243http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/A+A/692/A243https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/A+A/692/A243https://vizier.iucaa.in/viz-bin/votable?-source=J/A+A/692/A243http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/A+A/692/A243GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapCone search capability for table J/A+A/692/A243/mrs (Medium resolution catalog)https://vizier.cds.unistra.fr/viz-bin/conesearch/J/A+A/692/A243/mrs?https://vizier.iucaa.in/viz-bin/conesearch/J/A+A/692/A243/mrs?http://vizieridia.saao.ac.za/viz-bin/conesearch/J/A+A/692/A243/mrs?GETtext/xml+votable180.050000true15.52199149.16395670.005555555555555556Cone search capability for table J/A+A/692/A243/lrs (Low resolution catalog)https://vizier.cds.unistra.fr/viz-bin/conesearch/J/A+A/692/A243/lrs?https://vizier.iucaa.in/viz-bin/conesearch/J/A+A/692/A243/lrs?http://vizieridia.saao.ac.za/viz-bin/conesearch/J/A+A/692/A243/lrs?GETtext/xml+votable180.050000true169.735122810.18942690.0055555555555555562/19 3/4-5 7 24 37-38 66-68 72-74 81 83 85 88 94 96 99 101 103 105 107-110 112-113 130 136-137 141-146 153 157 160-161 164 168 171 173 212 232 317 340-341 343 363 406 413 423 426 430-431 437 445 485 498-499 504-505 4/13-14 24-26 38-39 41 44-45 47 60-62 64 66 104-105 117 119 128 134 137-140 147 164-166 168 170-172 174 192 256-258 260-262 276 280 282-283 285-287 300-301 321-323 328-330 336 338-339 344 346 349 351 357-360 362 364 366-369 371 374-375 388 390-394 401-402 408-409 411 417-419 427 444 457-458 464 480 512-513 516 518-519 524 527 529-531 533-535 537-540 542-543 552-553 555-556 558-559 561-563 588 590-592 594-595 597 602-603 605-607 610-611 617-621 623-625 633-634 648-649 652-653 655 660 662 664 666 668-669 671 676-677 680-681 689 691 700 705-710 713-714 716 773 833 837-839 844-845 853 856-857 859 862 907 933-937 939 941 943-946 954-955 992 1110 1115 1127 1131-1133 1138-1139 1142 1144-1145 1148 1150-1151 1178-1181 1186 1188-1189 1192 1197 1199-1201 1203 1208 1210 1213 1215-1217 1219 1224 1226 1236-1238 1242 1244 1246-1248 1251 1254 1258-1261 1263 1265 1267 1272-1274 1277-1279 1343 1368-1369 1371 1393 1395 1397-1399 1404-1405 1407 1423 1428 1430-1431 1435 1443 1445 1447 1458 1463 1466 1469-1471 1482 1493 1495 1501 1505 1507 1512 1514-1515 1613-1615 1619 1628-1630 1634 1636-1637 1639 1642-1643 1650 1658-1659 1661-1663 1682-1683 1686-1689 1691 1696 1699-1700 1702 1708-1709 1711-1713 1715 1717-1719 1728 1730 1733-1734 1736-1738 1740-1741 1744 1746 1752 1754-1755 1757 1759-1762 1766 1769 1774-1775 1777 1785-1790 1945 1949-1951 1956-1957 1961 1964 1966-1969 1971-1973 1976 1979-1981 1983-1984 1986-1987 1990-1991 2010 2025 2028-2029 2031-2034 2037 2040-2041 2045-2046 2300-2301 2555 2559 2815 5/49 51 60 62-63 108-110 129 132-133 135-136 138-139 141 144 146-148 150-151 169-174 185 187 192-194 196 252-254 260-262 268 270-272 274 280 312 314 351 373 375 381-383 400 402 408 424-425 427-428 430 475 497 499-501 504-506 518 520-521 523 525-527 532-533 535 540 542 545-547 564-565 567 570-571 573-576 578-579 581-583 585 587 624-626 668-670 676-677 679 692 700 716-718 720 776 778 1037-1039 1053 1055 1108 1110 1112-1114 1116 1118-1119 1124-1125 1136 1138-1139 1208-1210 1212-1213 1283 1324-1325 1327 1348-1350 1380-1382 1388 1390-1391 1393 1395 1400-1402 1424-1426 1444-1445 1447 1454-1455 1460-1461 1463 1481-1483 1488 1490 1493-1495 1520-1522 1524 1556 1558-1559 1580-1581 1583 1601-1603 1612-1614 1640 1642-1643 1664-1665 1667 1696 1701-1703 1705 1707 1780 1782 1784-1786 1824-1826 1836-1838 1840-1842 1844 1864 1928 2056-2057 2059-2060 2062 2069-2071 2100 2102 2104-2106 2112 2114-2115 2128 2130-2131 2144-2145 2147 2164-2165 2167 2216-2218 2228 2230 2241-2243 2358-2359 2373-2375 2384-2386 2392 2394 2397-2399 2401 2403-2406 2417-2419 2432 2434 2437-2439 2464-2465 2467 2488-2489 2491 2506 2509 2511 2528 2530-2531 2540 2542 2544-2546 2600 2602-2606 2616-2617 2619 2644-2646 2652 2654-2655 2661-2663 2668-2669 2671 2681-2683 2713-2715 2718 2728-2730 2732 2753 2755 2763 2785-2789 2791 2793-2798 2817-2819 2844-2845 2848 2850-2851 2860-2862 2872 2880-2882 2884 2944-2946 3072-3073 3075-3076 3089 3091 3100-3101 3103 3180 3182-3186 3188-3189 3194 3197-3199 3268-3269 3283-3286 3289 3328-3329 3338 3341 3343 3345-3347 3360 3365 3368 3370 3373 3384-3385 3388 3408 3410-3411 3416 3418 3423 3433 3440 3442 3445 3447 3453 3456 3462-3463 3465-3470 3480 3521 3524-3525 3624-3625 3627 3643 3646-3647 3690-3691 3694-3695 3706-3707 3710 3729-3731 3753-3755 3760-3761 3769-3771 3788-3789 3792 3794 3799 3814-3815 3825-3828 4402-4403 4408-4409 4412 4414-4415 4417 4419 4429 4431 4436-4437 4439 4445-4447 4453 4455 4464-4466 4468-4469 4478 4501 4503 4507 4521 4523 4536-4538 4546-4547 4550 4561-4564 4566 4572-4574 4584-4585 4587-4590 4596 4598 4667-4668 4670-4671 4694 4697 4699-4700 4702-4703 4709-4711 4728-4730 4735 4738-4739 4743 4750 4760-4761 4765-4767 4772-4773 4775 4778-4779 4784 4786-4787 4793-4795 4810-4811 4818 4824 4826-4827 4829-4831 4836 4846-4849 4851 4857-4859 4875 4882-4883 4888-4890 4900-4902 4912 4914-4915 4924-4925 4927 4958 4963 4972 4974-4975 4980 4982-4983 4998-5002 5020 5022-5024 5026-5027 5029 5031 5048 5051 5057 5059 5065-5066 5101-5105 5107 5358 5361 5363-5364 5366-5369 5371 5405 5407 5429 5480-5481 5569 5584-5585 5587 5605 5607 5613 5624 5626-5627 5671 5682-5683 5685-5689 5691 5697 5700 5702-5703 5709 5716 5718-5719 5728 5730 5736 5738 5745 5748-5749 5751 5757 5771 5777-5779 5784-5785 5787 5796-5797 5799 5801-5803 5805-5807 5824 5826-5827 5831 5837-5839 5842 5846-5850 5856-5857 5860-5861 5863 5868 5870-5874 5888 5920 5922-5923 5926 5932 5934 5968-5969 5971 5977 5979 6012-6013 6015 6017-6018 6026 6053 6055 6101 6364-6365 6367 6385 6389 6391 6394 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8061 8063 8096 8106-8107 8109-8110 8120-8121 8123 8140 8142-8144 8154 8159 8168-8170 8172-8173 8175 8178 8188 8190-8191 9179 9182 9211 9214-9215 10227 10229-10232 10234-10235 11255 11259 12251 12254-12255 12276-12277 6/195 245-247 444 446-447 513 521-523 525-526 536-537 539 548 550 561 568 570-571 573-574 580-581 583 596 598-599 644-645 647-649 653-655 672-673 675 700 736-737 747 780-782 1020 1022-1023 1053-1055 1076-1077 1079 1092 1094 1100 1102 1124 1126 1228 1230 1252 1254 1260 1262 1375 1397 1399 1497 1499 1521-1523 1604 1640 1642 1705-1707 1716 1718 1728 1863 1869 1871 1893-1895 1987 1993 1995 2008 2010 2013 2028 2030 2064-2066 2068-2069 2071 2079 2089 2091 2096 2098-2099 2113-2114 2116-2117 2119-2122 2124-2126 2138 2164 2166 2172-2174 2177-2179 2267 2272-2274 2276 2279 2290-2291 2308 2310-2311 2320-2321 2323 2336 2346-2347 2508 2621-2623 2684 2686 2712-2713 2715 2772 2776 2806 2809 2812 2822-2823 2861 2863 2876-2878 2884-2886 2890-2891 2896 2912-2914 2949 2951 2960-2962 3088 3090 3096 3108-3110 3116 4145-4147 4208-4209 4211 4216-4218 4436-4438 4444-4446 4460 4462 4470-4471 4506-4507 4509-4511 4549 4844 4846-4847 4856-4857 4860 4862 5122 5124 5126-5127 5131 5305-5306 5404 5406-5407 5532 5534 5556-5557 5559 5568 5577-5579 5612-5614 5709-5711 5784-5786 5808 5810-5811 5813-5815 5848-5850 5921-5923 5956 5958 5964 5966 5969-5971 6092-6093 6100 6102 6104 6112-6114 6120 6231 6328 6330-6331 6401-6403 6461-6463 6564 6566-6567 6665-6667 6788 6790 6792 6799 6801-6803 6817-6819 6825 6827 7124-7126 7132 7134 7148-7150 7152-7154 7308 7310-7311 7356 7372-7373 7380 7382 7384-7385 7392 7394 7460 7696 7704 7706 7716-7718 7722 7810 8232-8233 8235 8244-8246 8253-8254 8273-8275 8404-8406 8412 8414-8415 8428-8429 8431 8453-8455 8516 8518-8519 8585-8587 8664-8666 8877-8879 8916-8918 8925-8927 8960-8961 8963 9424 9426-9427 9489-9491 9548-9550 9572 9574 9580 9583 9585 9587 9601-9603 9609-9611 9628 9630-9631 9666-9667 9732-9734 9740 9743-9745 9864-9866 9960-9962 10018-10022 10028 10030 10033 10035 10041-10043 10116 10118-10119 10164-10166 10172 10174 10188-10190 10192 10208-10209 10404-10406 10428-10430 10472 10474-10475 10588 10590 10612-10614 10640-10641 10643 10680 10720-10722 10848-10850 10864-10866 10868-10869 10878-10879 10932-10934 10937-10939 10941-10943 11008-11010 11016-11018 11044-11046 11137-11139 11160-11161 11163 11168 11170-11171 11196-11198 11218 11224 11232-11234 11264-11265 11267 11384-11385 11389 11396 11398-11399 11492 11532-11534 11544 11552-11554 11556 11560 11788-11789 11791-11794 11800 11802-11803 11808-11810 11814-11816 11820 12296-12297 12299 12312-12314 12353 12355 12361 12363 12388-12389 12409 12716-12717 12724 12726-12727 12762 12765-12768 12770 12773 12781 12787 13084-13085 13122-13123 13127 13131 13148-13150 13153 13155 13160 13162-13165 13168-13170 13200-13201 13204-13205 13248-13249 13327 13344 13346-13347 13349 13356 13358 13360-13362 13369-13371 13376 13378 13444 13450-13451 13453-13454 13457 13459 13464-13465 13468-13470 13476 13478-13479 13484 13486 13490 13545-13546 13548-13549 13556-13558 13560-13561 13637-13639 13668-13670 13678 13680 13685 13687 13691 13728 13731 13737 13739 13741-13743 13764 13766 13772 13774-13775 13777 13779 13785 13787 13808-13810 13820 13832 13834-13835 13837-13839 13847 13856-13857 13859 13924-13926 13928 13952 14081 14092-14093 14095 14104-14105 14108 14144-14146 14148 14472 14474-14475 14478-14479 14504-14506 14567 14570 14819 14822-14823 14834-14835 14838-14839 14844-14846 14912 14914-14915 15008 15010-15011 15048-15049 15052-15053 15055 15072 15074-15075 15160-15162 15164 15172-15174 15180 15182 15184-15185 15189-15191 15193 15195 15200-15202 15217 15220-15222 15226-15227 15232-15234 15236 15240 15242-15243 15245-15247 15298-15299 15316 15320-15322 15328-15329 15332 15904-15906 15908 17600-17602 17644-17645 17647 17652 17654-17655 17665 17667 17675 17680 17682 17694-17695 17715 17721 17733 17735 17738-17739 17752-17753 17755 17776 17778-17779 17809 17811 17817-17819 17829 17831 17834 17837 17839 17868 17870 17880-17881 17884-17885 17888-17890 17892 17894 17896 17898 17902-17903 17905 17918 18001 18003 18009 18011 18023 18077 18079 18083 18089-18091 18156 18160 18165 18178-18180 18182-18183 18193-18194 18196-18197 18206 18241-18243 18260 18262 18268-18269 18271 18300-18301 18303 18345 18347 18396 18398-18399 18662-18663 18677-18679 18765-18767 18775 18781-18782 18793-18795 18804 18806-18807 18826-18827 18830 18833-18835 18924-18926 18929 18931-18933 18935 18945 18947-18948 18950-18951 18965-18967 18992 18994-18995 18997 19004 19049 19051 19053 19055 19057-19059 19098 19104-19105 19108-19109 19111 19122-19125 19127 19130 19133 19135 19141-19143 19168-19170 19232-19234 19236-19237 19239 19264-19266 19268 19270 19276-19277 19279 19281 19287 19291 19293-19295 19300-19302 19313-19315 19348-19350 19352-19353 19357 19376 19378-19379 19382-19383 19400-19401 19403 19427 19488-19489 19492-19493 19497-19499 19521-19523 19525-19526 19536 19544 19546 19564-19566 19568 19570 19613 19632 19634 19637 19640 19653 19655 19666 19672 19674-19675 19678-19679 19681 19684-19685 19692 19695 19705 19707 19727 19729 19733 19741 19743 19764-19765 19767 19771 19774-19775 19824 19826 19850-19851 19861-19862 19864 19866-19867 19892 19894-19895 19926-19927 19984 19986 20012-20014 20036 20039 20042-20043 20046-20047 20049 20052-20053 20058 20086-20087 20100 20102-20103 20113 20115 20123 20196-20198 20200-20202 20224 20226-20227 20258 20268-20269 20271 20400-20401 20403 20425-20427 21369-21371 21374 21421-21423 21431 21437-21439 21441 21443 21449 21460 21462 21481-21483 21591 21596-21597 21599 21619 21625 21725 21727 21929 21932-21933 21935 22273 22285-22287 22309 22311 22345 22416-22417 22419 22425 22461 22463 22501-22503 22679 22708-22709 22711 22717 22722-22723 22726-22727 22737-22739 22760-22761 22763 22796-22797 22799 22804 22806-22807 22833 22835 22844-22845 22868-22870 22918 22924 22926 22938-22939 22943 22948 22950 22956-22958 23001 23003 23008 23010 23016 23018 23025 23027 23037 23063 23069 23071 23077-23079 23105-23107 23146-23147 23173-23174 23176 23178-23180 23193-23195 23200 23202-23203 23218-23219 23300 23302-23303 23313 23316 23322-23323 23345-23347 23374-23375 23404-23405 23407 23432 23434-23435 23437-23439 23449-23451 23478-23479 23500-23501 23503 23558 23560 23562-23564 23684 23686 23734 23740 23742 23880-23881 23883 23905 23907 24005 24007 24013 24057 24059 24064-24065 24067 24076-24077 24096 24098-24102 24110-24111 24168 24170 24209-24211 24216-24218 24401 24413 24415 24437 24439 24445 24447 24533 25434-25435 25437-25439 25445 25447 25453 25464-25465 25467 25515 25535 25549-25550 25552-25553 25555 25560-25561 25563 25570-25572 25574-25575 25581-25583 25585-25587 25703 25709 25711 25718-25719 25751 25757-25759 25766-25767 25778-25779 25794-25795 25857-25859 25877 25879 25889 25898-25899 25928-25929 25941-25943 25958 25964 25966-25969 25971 26096-26098 26136-26137 26139 26161 26174 26217 26219 26241-26243 26260 26262 26305 26307 26333 26348-26350 26352 26354-26355 26360-26361 26363 26368 26370 26372-26373 26384-26385 26387 26392 26394-26395 26429-26431 26504-26505 26520 26522-26524 26526-26527 26560-26562 26711 26718 26733 26741-26743 26813-26815 26823 26829 26831 26834-26835 26837-26839 26853 26855 26860 26862-26863 26876 26879 26888-26889 26891 26896-26897 26899 26956-26958 26969-26971 27050 27154-27155 27164-27165 27167-27169 27171 27177 27228-27229 27252 27254-27255 27365 27367 27373-27375 27425-27427 27456-27458 27464 27466 27672-27674 27676-27677 27696-27698 27702 27716 27718-27719 27724 27726-27727 27772-27773 27775 27832 27834 27884-27886 27900-27902 27924-27925 27927 27952-27954 27962 27964-27965 27967 28050-28051 28053-28055 28096-28097 28099 28128-28130 28212-28213 28215 28230 28240-28242 28244-28246 28248-28250 28252 28254-28255 28272 28274 28284-28285 28292-28293 28295 28328-28330 28332-28334 28344-28345 28347 28360-28362 28364-28365 28374 28380 28382-28383 28417 28425 28427 28448 28450 28461-28463 28473-28475 28545-28547 28553-28555 28660-28661 28663 29674-29675 29678-29679 29683 29689 29939 29942-29943 30376 30378-30379 30382-30383 30841 30843 30906-30907 30919 30924-30926 30929-30931 30940-30941 30943 30949 30951 30955 30957-30959 30964-30966 30968 30970 30972 30974-30975 31001-31003 31016 31018-31020 31022-31025 31027 31112-31114 31137-31139 31152 31154-31155 31172-31174 31248-31249 31251 31253 31255 31262 31281 31283 31289 31333-31335 31344 31346 31363 31369-31371 31404 31406-31407 31418-31419 31421-31423 31452-31453 31455 31520-31521 31525-31527 31584 31586-31589 31591 31596 31598-31599 31610-31611 31640-31642 31645 31647 31660-31661 31663 31720-31722 31724-31726 31764 31766-31767 31816 31818-31819 31821-31823 31834 32032 32034-32035 32044 32046 32059 32062-32063 32132 32134-32137 32139 32156-32157 32178 32182-32183 32196 32198-32201 32204 32241 32243 32249-32251 32388-32390 32392-32394 32396 32416 32418-32419 32422-32423 32432-32433 32435 32446-32447 32489-32491 32566-32567 32581 32583-32584 32587 32589 32591 32610 32612-32614 32621 32624-32625 32628-32629 32631 32696-32697 32699 32704-32706 32711 32717-32719 32756 32758-32759 36711 36715 36722-36723 36726 36732 36734-36735 36765 36777 36782-36783 36794 36832-36833 36836-36837 36839 36849-36854 40797 40859 40902-40905 40907 40913-40915 40933-40935 44987 44990-44991 45017 45019 45033-45035 48988-48989 48991 48998-48999 49008 49010-49011 49014 49093 49095 49116-49117 49119https://cdsarc.cds.unistra.fr/viz-bin/moc/J/A+A/692/A243?format=asciiOpticaldefaultJ/A+A/692/A243/mrsMedium resolution catalogGaiaDR3Gaia DR3 source id (source_id)meta.id;meta.mainrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintGMAGAbsolute magnitude in G band (MG)magphys.magAbsdoublee_GMAGError in absolute magnitude in G band (e_MG)magstat.errordoubleGBP-GRP0GBP-GRP color extinction corrected (GBP_GRP_0)magphot.color;em.opt.B;em.opt.Rdoublee_GBP-GRP0Error in GBP-GRP color (e_GBP_GRP_0)magstat.errordoubleAGInterstellar absorption (AG)magphys.absorptiondoubleE(GBP-GRP)Reddening in GBP-GRP (E(GBP-GRP))magphot.color.excessdoubleXpc0X galactic cartesian coordinate (Xpc0) (G1)pcpos.cartesian.x;pos.galacticdoubleYpc0Y galactic cartesian coordinate (Ypc0) (G1)pcpos.cartesian.y;pos.galacticdoubleZpc0Z galactic cartesian coordinate (Zpc0) (G1)pcpos.cartesian.z;pos.galacticdoubleTefflEffective temperature taken from LAMOSTDR8-MRS obtained by LASP (teff_lasp_dr8MRS)Kphys.temperature.effectivefloate_TefflError in effective temperature taken from LAMOSTDR8-MRS obtained by LASP (teff_lasp_err_dr8MRS)Kstat.errorfloatlogglSurface gravity taken from LAMOSTDR8-MRS obtained by LASP (logg_lasp_dr8MRS)log(cm.s**-2)phys.gravityfloate_logglError in surface gravity taken from LAMOSTDR8-MRS obtained by LASP (logg_lasp_err_dr8MRS)log(cm.s**-2)stat.errorfloat[Fe/H]lFe abundance taken from LAMOSTDR8-MRS obtained by LASP (feh_lasp_dr8MRS)phys.abund.Fefloate_[Fe/H]lError in Fe abundance taken from LAMOSTDR8-MRS obtained by LASP (feh_lasp_err_dr8MRS)stat.error;phys.abund.Fefloat[alpha/M]lAbundance [alpha/M] taken from LAMOSTDR8-MRS obtained by LASP (alpha_m_lasp_dr8MRS)phys.abundfloate_[alpha/M]lError in [alpha/M] taken from LAMOSTDR8-MRS obtained by LASP (alpha_m_lasp_err_dr8MRS)stat.errordoubleTeffc? Effective temperature taken from LAMOSTDR8-MRS obtained by CNN (teff_cnn_dr8MRS)Kphys.temperature.effectivedoublenullablee_Teffc? Surface gravity taken from LAMOSTDR8-MRS obtained by CNN (logg_cnn_dr8MRS)Kstat.errordoublenullable[Fe/H]c? Fe abundance taken from LAMOSTDR8-MRS obtained by CNN (feh_cnn_dr8MRS)phys.abund.Fedoublenullable[alpha/M]c? [alpha/M] taken from LAMOSTDR8-MRS obtained by CNN (alpha_m_cnn_dr8MRS)phys.abunddoublenullablelogMass0lMedian of the logarithm of the initial mass of the star obtained by SPInS using LASP abundances (logMass0_SPInS_50_lasp)log(solMass)phys.massdoubleb_logMass0l16th percentile of the logarithm of the initial mass of the star obtained by SPInS using LASP abundances (logMass0_SPInS_16_lasp)log(solMass)phys.mass;stat.mindoubleB_logMass0l84th percentile of the logarithm of the initial mass of the star obtained by SPInS using LASP abundances (logMass0_SPInS_84_lasp)log(solMass)phys.mass;stat.maxdoubleMoHlMedian of the overall metallicity of the star obtained by SPInS using LASP abundances (MoH_SPInS_50_lasp)phys.abund.Zdoubleb_MoHl16th percentile of the overall metallicity of the star obtained by SPInS using LASP abundances (MoH_SPInS_16_lasp)phys.abund.ZdoubleB_MoHl84th percentile of the overall metallicity of the star obtained by SPInS using LASP abundances (MoH_SPInS_84_lasp)phys.abund.ZdoubleAgelMedian of the Age of the star obtained by SPInS using LASP abundances (Age_SPInS_50_lasp)Myrtime.age;stat.mediandoubleb_Agel16th percentile of the Age of the star obtained by SPInS using LASP abundances (Age_SPInS_16_lasp)Myrtime.agedoubleB_Agel84th percentile of the Age of the star obtained by SPInS using LASP abundances (Age_SPInS_84_lasp)Myrtime.agedoublelogMass0c? Median of the logarithm of the initial mass of the star obtained by SPInS using CNN abundances (logMass0_SPInS_50_cnn)log(solMass)phys.massdoublenullableb_logMass0c? 16th percentile of the logarithm of the initial mass of the star obtained by SPInS using CNN abundances (logMass0_SPInS_16_cnn)log(solMass)phys.mass;stat.mindoublenullableB_logMass0c? 84th percentile of the logarithm of the initial mass of the star obtained by SPInS using CNN abundances (logMass0_SPInS_84_cnn)log(solMass)phys.mass;stat.maxdoublenullableMoHc? Median of the overall metallicity of the star obtained by SPInS using CNN abundances (MoH_SPInS_50_cnn)phys.abund.Zdoublenullableb_MoHc? 16th percentile of the overall metallicity of the star obtained by SPInS using CNN abundances (MoH_SPInS_16_cnn)phys.abund.ZdoublenullableB_MoHc? 84th percentile of the overall metallicity of the star obtained by SPInS using CNN abundances (MoH_SPInS_84_cnn)phys.abund.ZdoublenullableAgec? Median of the Age of the star obtained by SPInS using CNN abundances (Age_SPInS_50_cnn)Myrtime.age;stat.mediandoublenullableb_Agec? 16th percentile of the Age of the star obtained by SPInS using CNN abundances (Age_SPInS_16_cnn)Myrtime.agedoublenullableB_Agec? 84th percentile of the Age of the star obtained by SPInS using CNN abundances (Age_SPInS_84_cnn)Myrtime.agedoublenullable_RAPositions from Gaia DR3 (right ascension part)degpos.eq.ra;meta.mainindexed_DEPositions from Gaia DR3 (declination part)degpos.eq.dec;meta.mainindexedJ/A+A/692/A243/lrsLow resolution catalogrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintGaiaDR3Gaia DR3 source id (source_id)meta.id;meta.mainGMAGAbsolute magnitude in G band (MG)magphys.magAbsdoublee_GMAGError in absolute magnitude in G band (e_MG)magstat.errordoubleGBP-GRP0GBP-GRP color extinction corrected (GBP_GRP_0)magphot.color;em.opt.B;em.opt.Rdoublee_GBP-GRP0Error in GBP-GRP color (e_GBP_GRP_0)magstat.errordoubleAGInterstellar absorption (AG)magphys.absorptiondoubleE(GBP-GRP)Reddening in GBP-GRP (E(GBP-GRP))magphot.color.excessdoubleXpc0X galactic cartesian coordinate (Xpc0) (G1)pcpos.cartesian.x;pos.galacticdoubleYpc0Y galactic cartesian coordinate (Ypc0) (G1)pcpos.cartesian.y;pos.galacticdoubleZpc0Z galactic cartesian coordinate (Zpc0) (G1)pcpos.cartesian.z;pos.galacticdoubleTeffEffective temperature taken from LAMOSTDR8-LRS (teff_dr8LRS)Kphys.temperature.effectivefloate_TeffError in effective temperature taken from LAMOSTDR8-LRS (teff_err_dr8LRS)Kstat.error;phys.temperature.effectivefloatloggSurface gravity taken from LAMOSTDR8-LRS (logg_dr8LRS)log(cm.s**-2)phys.gravityfloate_loggError in surface gravity taken from LAMOSTDR8-LRS (logg_err_dr8LRS)log(cm.s**-2)stat.errorfloat[Fe/H]Fe abundance taken from LAMOSTDR8-LRS (feh_dr8LRS)phys.abund.Fefloate_[Fe/H]Error in Fe abundance taken from LAMOSTDR8-LRS (feh_err_dr8LRS)stat.error;phys.abund.Fefloat[alpha/M]Abundance [alpha/M] taken from LAMOSTDR8-LRS (alpha_m_dr8LRS)phys.abunddoublee_[alpha/M]Error in [alpha/M] taken from LAMOSTDR8-LRS (alpha_m_err_dr8LRS)stat.errordoublelogMass0Median of the logarithm of the initial mass of the star obtained by SPInS (logMass0_SPInS_50)log(solMass)phys.massdoubleb_logMass016th percentile of the logarithm of the initial mass of the star obtained by SPInS (logMass0_SPInS_16)log(solMass)phys.mass;stat.mindoubleB_logMass084th percentile of the logarithm of the initial mass of the star obtained by SPInS (logMass0_SPInS_84)log(solMass)phys.mass;stat.maxdoubleMoHMedian of the overall metallicity of the star obtained by SPInS (MoH_SPInS_50)phys.abund.Zdoubleb_MoH16th percentile of the overall metallicity of the star obtained by SPInS (MoH_SPInS_16)phys.abund.ZdoubleB_MoH84th percentile of the overall metallicity of the star obtained by SPInS (MoH_SPInS_84)phys.abund.ZdoubleAgeMedian of the Age of the star obtained by SPInS (Age_SPInS_50)Myrtime.age;stat.mediandoubleb_Age16th percentile of the Age of the star obtained by SPInS (Age_SPInS_16)Myrtime.agedoubleB_Age84th percentile of the Age of the star obtained by SPInS (Age_SPInS_84)Myrtime.agedouble_RAPositions from Gaia DR3 (right ascension part)degpos.eq.ra;meta.mainindexed_DEPositions from Gaia DR3 (declination part)degpos.eq.dec;meta.mainindexed