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Table E.1.

Details of the N2GN sources: identification through high spatial resolution millimeter or radio data; redshift (spectroscopic or photometric); results of SED fitting.

Name Identification Redshift SED fitting results
N2CLS ID IAU (NIKA2) Alt. Method Ref. R.A. Dec. z Nature Ref. Mdust 2.5% 97.5% LIR 2.5% 97.5%
[hh:mm:ss] [dd:mm:ss] [108 M] log[M] log[M] [1012 L] log[L] log[L]
N2GN_1_01 N2GN J123633+621408 GN10 SMA 1 12:36:33.44 62:14:08.7 5.303 spec a 20.92 9.18 9.36 23.90 13.22 13.46
N2GN_1_02 N2GN J123730+621259 850-6 SMA 1 12:37:30.79 62:12:58.9 1.963 phot b 60.46 9.78 9.78 4.73 12.68 12.68
N2GN_1_03 N2GN J123707+621408 GN19 SMA 1 12:37:07.21 62:14:08.3 2.484 spec c 38.26 9.58 9.59 4.71 12.58 12.68
N2GN_1_04 N2GN J123711+622211 GN20 PdbI 2 12:37:11.90 62:22:12.1 4.055 spec d 66.28 9.71 9.91 19.85 13.29 13.30
N2GN_1_05 N2GN J123711+621330 GN1200.3 NOEMA 3 12:37:11.33 62:13:30.9 1.996 spec e 21.48 9.31 9.59 6.20 12.76 12.82
N2GN_1_06 N2GN J123652+621226 HDF850.1 PdBI 4 12:36:51.99 62:12:25.7 5.185 spec f 11.52 9.03 9.06 8.27 12.92 12.96
N2GN_1_07 N2GN J123645+621448 GN12 SMA 1 12:36:46.09 62:14:48.5 2.960 spec g 21.07 8.99 9.41 7.23 12.85 13.00
N2GN_1_08 N2GN J123631+621714 AzGN2 SMA 1 12:36:31.92 62:17:14.7 4.340 phot h 24.05 9.10 9.38 12.45 12.79 13.24
N2GN_1_09 N2GN J123627+621217 AzGN10 PdbI 5,6 12:36:27.50 62:12:17.8 4.147 spec i 12.49 8.93 9.13 3.86 12.45 12.76
N2GN_1_10 N2GN J123635+621423 VLA 7 12:36:35.59 62:14:24.0 2.005 spec j 11.21 9.01 9.11 6.25 12.73 12.80
N2GN_1_11 N2GN J123713+621826 GN40 VLA 7 12:37:13.89 62:18:26.3 3.990 phot k 8.49 8.90 9.11 12.90 13.03 13.16
N2GN_1_12_a N2GN J123636+621155 GN11 PdBI 6 12:36:37.50 62:11:56.5 2.590 phot h 33.69 8.39 9.11 5.05 12.27 13.89
N2GN_1_12_b N2GN J123636+621155 GN11 PdBI 6 12:36:36.10 62:11:54.4 4.163 phot b 1.98 8.15 9.99 12.36 13.04 13.14
N2GN_1_13 N2GN J123658+621451 GN32 NOEMA 3 12:36:58.61 62:14:51.1 5.181 spec l 6.34 8.80 8.88 18.13 12.71 13.26
N2GN_1_14 N2GN J123701+621146 GN17 SMA 1 12:37:01.60 62:11:45.9 1.760 spec b 19.16 9.26 9.44 3.69 12.53 12.57
N2GN_1_15 N2GN J123618+621550 GN6 SMA 1 12:36:18.32 62:15:50.7 2.000 spec b 17.89 9.25 9.25 5.77 12.77 12.77
N2GN_1_16 N2GN J123622+621615 GN9 SMA 1 12:36:22.08 62:16:16.2 3.470 phot h 12.11 8.95 9.31 17.65 12.67 13.42
N2GN_1_17_a N2GN J123738+621734 GN37 NOEMA 3 12:37:38.11 62:17:37.1 3.190 spec m 13.49 8.90 9.26 2.39 12.36 12.49
N2GN_1_17_b N2GN J123738+621734 GN37 NOEMA 3 12:37:38.09 62:17:32.3 8.20 9.26
N2GN_1_18 N2GN J123702+621425 NOEMA 3 12:37:02.59 62:14:26.7 4.390 phot h 6.07 8.62 9.03 7.78 12.53 13.14
N2GN_1_19 N2GN J123616+621515 GN4 SMA 1 12:36:16.10 62:15:13.7 2.578 spec b 11.69 9.03 9.06 9.50 12.95 12.98
N2GN_1_20 N2GN J123550+621041 AzGN4 SMA 1 12:35:50.22 62:10:42.4 5.333 phot n 10.66 8.92 9.26 30.19 12.89 13.48
N2GN_1_21 N2GN J123634+621241 GN26 VLA 7 12:36:34.52 62:12:41.0 1.219 spec b 8.84 8.94 8.94 3.61 12.56 12.56
N2GN_1_22 N2GN J123553+621340 AzGN13 SMA 1 12:35:53.23 62:13:37.9 2.098 spec b 33.07 9.30 9.56 2.59 12.31 12.44
N2GN_1_23 N2GN J123656+621207 GN15 NOEMA 3 12:36:56.54 62:12:07.5 5.179 spec o 3.84 8.52 8.76 10.42 12.87 13.31
N2GN_1_24_a N2GN J123719+621219 AzGN27 NOEMA 3 12:37:18.94 62:12:17.5 2.697 phot b 2.38 7.67 9.30 1.54 11.95 12.31
N2GN_1_24_b N2GN J123719+621219 AzGN27 NOEMA 3 12:37:19.61 62:12:21.0 2.817 phot b 8.18 7.73 9.68 1.23 11.68 12.66
N2GN_1_25 N2GN J123712+621212 GN1200.29 NOEMA 3 12:37:12.05 62:12:11.8 2.914 spec b 22.95 8.96 9.36 2.44 12.37 12.55
N2GN_1_26 N2GN J123740+621221 GN38 SMA 1 12:37:41.14 62:12:20.4 5.310 phot b 13.20 8.68 9.33 17.26 13.23 13.25
N2GN_1_27_a N2GN J123621+621709 GN7 NOEMA 3 12:36:21.26 62:17:08.5 1.988 spec b 6.85 8.76 9.03 3.73 12.49 12.58
N2GN_1_27_b N2GN J123621+621709 GN7 NOEMA 3 12:36:20.98 62:17:09.7 1.989 spec b 16.70 8.77 9.25 6.30 12.79 12.80
N2GN_1_28 N2GN J123728+621920 VLA 7 12:37:28.12 62:19:20.2 3.222 spec g 9.80 8.86 9.13 5.30 12.67 12.79
N2GN_1_29 N2GN J123702+621302 GN18 VLA 7 12:37:02.57 62:13:02.4 2.819 phot b 6.97 8.60 8.86 3.77 12.51 12.62
N2GN_1_30 N2GN J123723+621714 NOEMA 3 12:37:23.52 62:17:15.0 2.613 phot b 3.80 8.57 8.94 4.89 12.53 12.71
N2GN_1_31 N2GN J123712+621035 AzGN20 VLA 7 12:37:12.48 62:10:35.6 2.638 phot b 25.38 9.09 9.45 3.89 12.33 12.71
N2GN_1_32 N2GN J123629+621513 VLA 7 12:36:29.45 62:15:13.2 3.652 spec b 9.84 8.49 9.09 4.34 12.62 12.66
N2GN_1_33 N2GN J123628+621044 GN25 JWST 8 12:36:29.03 62:10:45.5 5.388 phot b 4.46 8.60 8.77 19.66 13.26 13.47
N2GN_1_34_a N2GN J123644+621938 AzGN28 NOEMA 3 12:36:45.67 62:19:39.9 8.57 9.47
N2GN_1_34_b N2GN J123644+621938 AzGN28 NOEMA 3 12:36:44.04 62:19:38.5 4.120 phot h 15.08 8.79 9.57 19.67 12.91 13.37
N2GN_1_35 N2GN J123637+620851 VLA 7 12:36:37.04 62:08:52.4 1.950 phot b 15.62 9.19 9.19 2.13 12.32 12.32
N2GN_1_36 N2GN J123658+620930 SMA 1 12:36:58.53 62:09:31.6 3.930 phot h 5.85 8.66 9.03 8.25 12.90 12.94
N2GN_1_37 N2GN J123631+620956 VLA 7 12:36:31.26 62:09:57.7 2.302 spec b 6.57 8.81 8.89 5.11 12.70 12.76
N2GN_1_38 N2GN J123639+621540 NOEMA 3 12:36:39.46 62:15:42.6 3.126 phot b 8.38 8.49 9.19 3.09 11.93 12.83
N2GN_1_39 N2GN J123713+621546 NOEMA 3 12:37:13.66 62:15:45.3 2.301 spec b 11.02 8.79 9.20 1.55 12.14 12.25
N2GN_1_40 N2GN J123728+621422 NOEMA 3 12:37:28.10 62:14:21.7 2.764 phot b 7.66 8.76 9.29 4.21 12.29 12.78
N2GN_1_41 N2GN J123648+621115 NOEMA 3 12:36:48.79 62:11:15.5 4.101 phot b 3.89 8.47 9.12 4.39 12.22 12.89
N2GN_1_42 N2GN J123746+621739 NOEMA 3 12:37:46.68 62:17:38.7 2.228 phot b 14.80 8.16 9.50 1.98 12.29 12.30
N2GN_1_43 N2GN J123712+621117 NOEMA 3 12:37:11.95 62:11:19.7 5.872 phot h 3.26 8.44 8.84 7.84 12.48 13.11
N2GN_1_44 N2GN J123616+621232 GNz7q NOEMA 9 12:36:16.92 62:12:32.1 7.190 spec p 0.74 7.84 8.24 5.42 12.43 12.73
N2GN_1_45 N2GN J123608+621435 GN23 VLA 7 12:36:08.60 62:14:35.4 3.131 spec q 9.41 8.82 9.10 3.90 12.49 12.64
N2GN_1_46 N2GN J123716+621643 NOEMA 3 12:37:16.61 62:16:43.4 1.894 phot b 7.59 8.87 8.87 3.17 12.50 12.51
N2GN_1_47 N2GN J123634+620942 NOEMA 3 12:36:34.46 62:09:42.0 4.873 phot b 4.67 8.53 8.79 10.94 12.82 13.13
N2GN_1_48 N2GN J123713+621158 GN21 SMA 1 12:37:14.03 62:11:56.4 2.600 spec q 9.16 8.76 9.25 3.17 12.30 12.56
N2GN_1_49 N2GN J123739+621558 VLA 7 12:37:39.52 62:15:58.5 2.592 phot b 5.18 8.22 8.71 7.21 12.85 13.12
N2GN_1_50 N2GN J123648+621217 AzGN22 VLA 7 12:36:48.65 62:12:15.8 1.990 phot r 5.93 8.56 9.02 1.22 11.98 12.25
N2GN_1_51 N2GN J123725+621707 NOEMA 3 12:37:25.54 62:17:07.3 2.013 phot b 6.93 8.69 9.33 2.08 12.30 12.32
N2GN_1_52 N2GN J123716+622003 NOEMA 3 12:37:16.22 62:20:04.2 4.060 phot n 3.00 7.47 9.24 13.98 11.39 13.13
N2GN_1_53 N2GN J123648+620921 NOEMA 3 12:36:48.86 62:09:22.1 1.994 phot b 5.52 8.55 8.84 1.10 11.98 12.12
N2GN_1_54 N2GN J123651+621501 NOEMA 3 12:36:52.34 62:14:56.8 2.885 phot b 3.02 8.35 9.09 8.05 11.63 12.91
N2GN_1_55 N2GN J123635+620703 AzGN11 VLA 7 12:36:35.80 62:07:03.0 8.61 9.49
N2GN_1_56_a N2GN J123800+621615 AzGN21 NOEMA 3 12:38:00.86 62:16:11.7 1.866 phot b 4.77 7.81 9.43 3.22 11.83 12.49
N2GN_1_56_b N2GN J123800+621615 AzGN21 NOEMA 3 12:38:00.26 62:16:21.1 2.598 phot b 7.89 8.89 8.89 3.24 12.52 12.52
N2GN_1_57 N2GN J123731+621618 SHARDS 10 12:37:31.69 62:16:16.5 5.301 phot b 12.37 8.26 9.10 0.51 11.71 12.66
N2GN_1_58 N2GN J123702+622021 VLA 7 12:37:01.56 62:20:24.8 2.723 phot b 6.95 8.84 9.04 3.10 12.46 12.54
N2GN_1_59 N2GN J123701+621729 VLA 7 12:37:02.12 62:17:34.2 3.434 phot s 2.13 8.15 8.87 9.22 12.37 12.97
N2GN_1_60 N2GN J123634+621924 P-34 SMA 1 12:36:34.92 62:19:23.7 1.811 phot b 35.51 9.25 9.67 5.62 12.55 12.90
N2GN_1_61 N2GN J123657+621652 P-40 NOEMA 4 12:36:57.48 62:16:54.4 5.201 spec r 2.18 8.09 9.10 2.72 11.72 12.67
N2GN_1_62 N2GN J123734+621723 NOEMA 3 12:37:34.51 62:17:23.3 0.641 spec b 5.30 8.62 8.92 0.50 11.67 11.72
N2GN_1_63 N2GN J123618+621008 GN5 VLA 7 12:36:19.12 62:10:04.3 2.210 spec b 7.57 8.65 9.01 2.07 12.24 12.35
N2GN_2_20 N2GN J123608+621251 GN3 VLA 7 12:36:08.67 62:12:51.0 6.670 phot b 3.70 8.50 8.58 18.00 13.19 13.26
N2GN_2_13 N2GN J123720+621128 NOEMA 3 12:37:21.26 62:11:30.2 2.071 phot b 29.18 9.41 9.59 3.28 12.50 12.52

: The HDF850, (GOODS) 850, GN, AzGN, GN1200 and P- nomenclatures were defined by Hughes et al. (1998), Wang et al. (2004), Pope et al. (2005), Perera et al. (2008), Greve et al. (2008) and Penner et al. (2011), respectively. : no magnification correction has been applied to the results of N2GN_1_06. Id. refs.: 1Cowie et al. (2017); 2Daddi et al. (2009); 3 this work (Sect 2.3); 4Walter et al. (2012); 5Jin et al. (2022); 6Bing (2022); 7Owen (2018); 8Xiao et al. (2023); 9Fujimoto et al. (2022); 10Arrabal Haro et al. (2018). z refs.: aRiechers et al. (2020); bKodra et al. (2023); cBarger et al. (2012); dDaddi et al. (2009); eBothwell et al. (2010); fNeri et al. (2014); gMaseda et al. (2024); h this work (Sect. 3.3); iJin et al. (2022); jCowie et al. (2017); kWang et al. (2016b); l NOEMA Lagache et al. (in prep.); mCowie et al. (2004); nLiu et al. (2018); oXiao et al. (2023); pFujimoto et al. (2022); q JADES DJA; r M. Xiao, priv. comm.; sArrabal Haro et al. (2018).

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