2020abjq

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Information

Transient

Name: 2020abjq
Right ascension: 1h06m14.63s
Declination: 3d34m26.18s
Discovery Date: None
Classification: SNII
Redshift: 0.028000
MW E(B-V): 0.022

Host

Name: 2020abjq
Right ascension: 1h06m13.99s
Declination: 3d34m27.84s
Redshift: 0.018433
Photometric Redshift: 0.028
 

Processing Status

Cutout download
 Cutout download
processed
 status
Transient information
Transient information
processed
 status
Transient MWEBV
Transient MWEBV
processed
 status
Host match
 Host match
processed
 status
Host information
Host information
processed
 status
Local aperture photometry
 Local aperture photometry
processed
 status
Validate local photometry
 Validate local photometry
processed
 status
Local host SED inference
Local host SED inference
processed
 status
Host MWEBV
Host MWEBV
processed
 status
Global host SED inference
Global host SED inference
processed
 status
Validate global photometry
Validate global photometr...
processed
 status
Global aperture construction
 Global aperture construct...
processed
 status
Global aperture photometry
 Global aperture photometr...
processed
 status
Task Name Status Time taken (s) Warning Flag
Host match processed 0.74
Cutout download processed 0.23
Global aperture construction processed 0.59
Local aperture photometry processed 5.41
Global aperture photometry processed 6.13
Validate local photometry processed 0.02
Validate global photometry processed 15.54
Host information processed 0.08
Global host SED inference processed 537.59
Local host SED inference processed 409.08
Transient information processed 0.0
Transient MWEBV processed 0.05
Host MWEBV processed 0.05
Processing status completed N/A N/A
 

Cutout Download Report

2MASS_H: 2MASS_J: 2MASS_K: WISE_W1: WISE_W2: WISE_W3: WISE_W4: GALEX_NUV: GALEX_FUV: PanSTARRS_g: PanSTARRS_r: PanSTARRS_i: PanSTARRS_z: PanSTARRS_y: SDSS_i: SDSS_r: SDSS_u: SDSS_z: SDSS_g: DES_g: DES_r: DES_i: DES_z: DES_Y:
 

Aperture Photometry


Aperture details

RA, DEC (J2000) = 1h06m14.63s, 3d34m26.18s
semi major axis, semi minor axis (arcsec) = 5.35, 5.35
angle (degrees, anti-clockwise from east) = 0.0

Filter Flux (μJy){\rm (\mu Jy)} Flux error (μJy){\rm (\mu Jy)} Mag Mag error Mag sys
GALEX_FUV 21.14 1.55 20.587 0.080 AB
GALEX_NUV 27.96 1.07 20.284 0.042 AB
SDSS_u 79.61 5.46 19.148 0.075 AB
SDSS_g 320.5 4.93 17.635 0.017 AB
PanSTARRS_g 328.22 1.37 17.610 0.005 AB
SDSS_r 550.46 6.6 17.048 0.013 AB
PanSTARRS_r 539.6 1.69 17.070 0.003 AB
SDSS_i 748.89 8.31 16.714 0.012 AB
PanSTARRS_i 722.92 1.12 16.752 0.002 AB
PanSTARRS_z 857.97 3.34 16.566 0.004 AB
SDSS_z 931.33 17.49 16.477 0.020 AB
PanSTARRS_y 1067.33 8.35 16.329 0.008 AB
2MASS_J 1523.88 128.69 15.048 0.092 Vega
2MASS_H 1131.82 202.15 14.898 0.194 Vega
2MASS_K 1085.26 221.38 14.473 0.221 Vega

Aperture details

RA, DEC (J2000) = 1h06m13.99s, 3d34m28.43s
semi major axis, semi minor axis (arcsec) = 38.37, 32.24
angle (degrees, anti-clockwise from east) = -123.29

Filter Flux (μJy){\rm (\mu Jy)} Flux error (μJy){\rm (\mu Jy)} Mag Mag error Mag sys
SDSS_u 1206.29 34.8 16.196 0.031 AB
PanSTARRS_g 4870.51 8.53 14.681 0.002 AB
PanSTARRS_z 11579.32 21.6 13.741 0.002 AB
2MASS_J 16276.66 881.59 12.476 0.059 Vega
2MASS_K 15645.94 1521.35 11.576 0.106 Vega
WISE_W3 13564.47 624.13 8.395 0.050 Vega
WISE_W4 12292.02 2722.52 7.056 0.240 Vega
 

Imaging data

 

Spectral Energy Distribution

 
 
 
 

Host SED inference


Local parameter details

Documentation

Parameter Lower (16%) Median (50%) Upper (84%)
log10(M∗/M⊙) {\rm log}_{10}(M_{\ast}/M_{\odot})\, 9.108 9.203 9.309
log10(SFR){\rm log}_{10}({\rm SFR}) -1.456 -1.080 -0.811
log10(sSFR){\rm log}_{10}({\rm sSFR}) -10.642 -10.292 -10.014
stellar age{\rm stellar\ age} 6.582 7.902 10.158

Metallicity parameters
Parameter Lower (16%) Median (50%) Upper (84%)
log10(Z∗/Z⊙){\rm log}_{10}(Z_{\ast}/Z_{\odot}) -1.504 -0.917 -0.394
log10(Zgas/Z⊙) {\rm log}_{10}(Z_{gas}/Z_{\odot})\, -0.998 -0.386 -0.070

Dust parameters
Parameter Lower (16%) Median (50%) Upper (84%)
Ï„2\tau_2 0.278 0.791 1.137
δ\delta -0.079 0.148 0.303
Ï„1/Ï„2\tau_1/\tau_2 0.665 1.014 1.366
QPAHQ_{PAH} 0.303 1.462 3.467
UminU_{min} 2.456 7.655 14.621
log10(γe) {\rm log}_{10}(\gamma_e)\, -3.226 -2.208 -1.418

AGN parameters
Parameter Lower (16%) Median (50%) Upper (84%)
log10(fAGN) {\rm log}_{10}(f_{AGN})\, -4.181 -2.350 -0.959
log10(τAGN) {\rm log}_{10}(\tau_{AGN})\, 0.968 1.390 1.920

Binned star formation history
Lookback time Lower (16%) Median (50%) Upper (84%)
0.00-0.03 Gyr -1.557 -1.112 -0.815
0.03-0.10 Gyr -1.557 -1.099 -0.767
0.10-0.33 Gyr -1.769 -1.163 -0.796
0.33-1.10 Gyr -1.942 -1.208 -0.774
1.10-3.66 Gyr -1.858 -1.022 -0.645
3.66-12.16 Gyr -1.096 -0.713 -0.552
12.16-13.51 Gyr -1.053 -0.527 0.124

Global parameter details

Documentation

Parameter Lower (16%) Median (50%) Upper (84%)
log10(M∗/M⊙) {\rm log}_{10}(M_{\ast}/M_{\odot})\, 10.004 10.129 10.271
log10(SFR){\rm log}_{10}({\rm SFR}) -1.116 -0.302 0.177
log10(sSFR){\rm log}_{10}({\rm sSFR}) -11.349 -10.503 -9.961
stellar age{\rm stellar\ age} 3.954 6.701 8.953

Metallicity parameters
Parameter Lower (16%) Median (50%) Upper (84%)
log10(Z∗/Z⊙){\rm log}_{10}(Z_{\ast}/Z_{\odot}) -0.803 -0.420 -0.167
log10(Zgas/Z⊙) {\rm log}_{10}(Z_{gas}/Z_{\odot})\, -1.693 -1.088 -0.259

Dust parameters
Parameter Lower (16%) Median (50%) Upper (84%)
Ï„2\tau_2 0.188 0.434 0.675
δ\delta -0.511 -0.015 0.300
Ï„1/Ï„2\tau_1/\tau_2 0.502 0.885 1.268
QPAHQ_{PAH} 0.484 1.256 2.661
UminU_{min} 2.462 6.630 13.445
log10(γe) {\rm log}_{10}(\gamma_e)\, -3.669 -2.967 -2.126

AGN parameters
Parameter Lower (16%) Median (50%) Upper (84%)
log10(fAGN) {\rm log}_{10}(f_{AGN})\, -4.338 -1.879 -1.442
log10(τAGN) {\rm log}_{10}(\tau_{AGN})\, 0.848 1.178 1.714

Binned star formation history
Lookback time Lower (16%) Median (50%) Upper (84%)
0.00-0.03 Gyr -1.398 -0.442 -0.042
0.03-0.10 Gyr -1.620 -0.345 0.286
0.10-0.33 Gyr -1.133 -0.126 0.459
0.33-1.10 Gyr -0.631 0.155 0.571
1.10-3.66 Gyr -0.507 0.209 0.542
3.66-12.16 Gyr -0.602 0.119 0.381
12.16-13.51 Gyr -0.782 0.159 0.867