The following information shows the result of the orbit fit based on Gary Bernstein's method. Most of the information should be self-explanatory. Take special note that while the original Bernstein software works with barycentric coordinates, we convert these results into a heliocentric coordinate system.
# Object: 23QB47 # Created Sun Dec 22 02:11:25 2024 # Orbit generated from Bernstein formalism # Fitting 100 observations of 100 # Arc: 3.46y # First observation: 2021/06/06 # Last observation: 2024/11/20 Preliminary a, adot, b, bdot, g, gdot: -0.197302 0.480920 -0.122638 0.188798 0.213921 0.000000 # WARNING -- MRQMIN stopped after 19 iterations # Chi-squared of fit: 9999.99 DOF: 194 RMS: 99.99 # Min/Max residuals: -9999.99 9999.99 # Exact a, adot, b, bdot, g, gdot: -2.309030E-01 2.736870E-01 9.989427E-02 -9.598518E-03 2.785434E-01 1.926672E-02 # Covariance matrix: 1.7953E-13 -6.6796E-14 -1.2459E-15 3.1590E-16 6.3280E-14 -9.7571E-15 -6.6796E-14 9.6066E-14 1.9554E-15 2.1636E-15 4.9086E-14 5.0363E-14 -1.2459E-15 1.9554E-15 7.6531E-14 -5.3715E-14 1.1740E-15 1.7870E-15 3.1590E-16 2.1636E-15 -5.3715E-14 4.1585E-14 2.5698E-15 2.0154E-15 6.3280E-14 4.9086E-14 1.1740E-15 2.5698E-15 1.0039E-13 4.6986E-14 -9.7571E-15 5.0363E-14 1.7870E-15 2.0154E-15 4.6986E-14 4.6527E-14 # lat0 lon0 xBary yBary zBary JD0 -4.577404 -35.125881 0.948154 -0.028425 -0.352388 2459372.100784 # Heliocentric elements and errors Epoch: 2459370.5000 = 2021/06/05 Mean Anomaly: 198.46443 +/- 0.000 Argument of Peri: 333.97666 +/- 0.000 Long of Asc Node: 144.55184 +/- 0.000 Inclination: 2.31904 +/- 0.000 Eccentricity: 0.90586526 +/- 0.0000 Semi-Major Axis: 2.29885232 +/- 0.0000 Time of Perihelion: 2459941.7559 +/- 0.0 Perihelion: 0.21640188 +/- 0.0000 Aphelion: 4.38130277 +/- 0.0000 Period (y) 3.4856 +/- 0.00 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X 2.22462458 +/- 0.0000 Ecliptic Y -3.73742656 +/- 0.0000 Ecliptic Z 0.07105003 +/- 0.0000 Ecliptic XDOT 0.00170166 +/- 0.0000 Ecliptic YDOT 0.00210304 +/- 0.0000 Ecliptic ZDOT -0.00010935 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 4.34998390 +/- 0.0000 Geocenter to KBO 3.70198010 +/- 0.0000 # Hcoef: 16.66
The following table shows the complete astrometric record for 23QB47. The first three columns show the date of observation. The next six columns are RA and DEC. The next column (when provided) is the observed magnitude and filter. The next column is the object name (23QB47) followed by the observatory code and reference code for the source of the astrometry.
2021 06 06.599983 21 55 03.174 -17 32 21.79 23.1G 23QB47 F51 C~7BsY 2021 08 03.431446 21 44 51.078 -18 01 03.09 22.6G 23QB47 F51 C~7BsY 2021 08 03.440504 21 44 50.921 -18 01 03.28 23.1G 23QB47 F51 C~7BsY 2021 08 03.449562 21 44 50.742 -18 01 03.86 22.7G 23QB47 F51 C~7BsY 2021 08 31.324051 21 36 25.491 -18 21 19.81 22.6G 23QB47 F51 C~7BsY 2021 08 31.350156 21 36 25.050 -18 21 20.88 23.0G 23QB47 F51 C~7BsY 2021 09 07.342069 21 34 25.688 -18 24 40.06 22.9G 23QB47 F51 C~7BsY 2022 08 18.436409 22 23 27.477 -09 04 01.56 22.9G 23QB47 F51 C~7BsY 2022 08 18.448870 22 23 27.223 -09 04 01.65 22.8G 23QB47 F51 C~7BsY 2022 08 18.473854 22 23 26.732 -09 04 02.90 22.4G 23QB47 F51 C~7BsY 2022 08 18.568009 22 23 24.919 -09 04 07.32 23.0G 23QB47 F52 C~7BsY 2022 08 28.405077 22 20 14.153 -09 12 18.57 22.4G 23QB47 F52 C~7BsY 2022 08 28.418561 22 20 13.904 -09 12 19.31 22.5G 23QB47 F52 C~7BsY 2022 08 28.432044 22 20 13.627 -09 12 19.87 22.1G 23QB47 F52 C~7BsY 2022 08 28.518464 22 20 11.887 -09 12 24.25 22.1G 23QB47 F51 C~7BsY 2022 08 28.519157 22 20 11.876 -09 12 24.31 22.0G 23QB47 F51 C~7BsY 2022 09 01.420941 22 18 55.670 -09 15 43.07 22.9G 23QB47 F51 C~7BsY 2022 09 01.432687 22 18 55.439 -09 15 43.61 22.3G 23QB47 F51 C~7BsY 2022 09 01.444563 22 18 55.198 -09 15 44.33 22.7G 23QB47 F51 C~7BsY 2022 09 01.456380 22 18 54.952 -09 15 45.00 22.5G 23QB47 F51 C~7BsY 2022 09 22.387944 22 12 30.905 -09 31 33.97 22.3G 23QB47 F51 C~7BsY 2022 09 22.400101 22 12 30.714 -09 31 34.64 22.4G 23QB47 F51 C~7BsY 2022 09 22.412082 22 12 30.465 -09 31 34.89 22.4G 23QB47 F51 C~7BsY 2022 09 22.424297 22 12 30.298 -09 31 35.28 22.5G 23QB47 F51 C~7BsY 2022 10 24.323247 22 06 24.609 -09 37 59.29 22.4G 23QB47 F52 C~7BsY 2022 11 16.246995 22 06 15.066 -09 21 45.31 23.6G 23QB47 F51 C~7BsY 2023 06 25.577133 23 25 41.376 +02 39 25.78 22.7G 23QB47 F51 C~7BsY 2023 07 15.539213 23 25 22.908 +03 17 00.40 22.6G 23QB47 F52 C~7BsY 2023 07 15.564822 23 25 22.779 +03 17 02.20 22.2G 23QB47 F52 C~7BsY 2023 07 15.577626 23 25 22.683 +03 17 03.61 21.7G 23QB47 F52 C~7BsY 2023 08 18.459536 23 18 33.242 +03 39 33.59 21.8w 23QB47 F51 C~7BsY 2023 08 18.470779 23 18 33.032 +03 39 33.53 21.8w 23QB47 F51 C~7BsY 2023 08 18.482029 23 18 32.832 +03 39 33.32 21.9w 23QB47 F51 C~7BsY 2023 08 21.419639 23 17 39.287 +03 39 06.86 22.4G 23QB47 F52 C~7BsY 2023 08 21.421539 23 17 39.232 +03 39 06.71 22.2G 23QB47 F52 C~7BsY 2023 08 21.432404 23 17 39.028 +03 39 06.62 22.6G 23QB47 F52 C~7BsY 2023 08 21.441352 23 17 38.831 +03 39 06.73 21.8G 23QB47 F52 C~7BsY 2023 08 21.443251 23 17 38.820 +03 39 06.52 22.1G 23QB47 F52 C~7BsY 2023 08 21.452266 23 17 38.609 +03 39 06.14 22.2G 23QB47 F52 C~7BsY 2023 08 21.454166 23 17 38.605 +03 39 06.21 22.1G 23QB47 F52 C~7BsY 2023 08 24.417914 23 16 42.478 +03 38 18.48 21.3G 23QB47 F51 C~7BsY 2023 09 06.30270 23 12 21.14 +03 31 17.1 21.4G 23QB47 G96 C~7BsY 2023 09 06.30834 23 12 21.03 +03 31 17.2 21.3G 23QB47 G96 C~7BsY 2023 09 13.401892 23 09 50.924 +03 25 22.65 21.8G 23QB47 F51 C~7BsY 2023 09 13.414776 23 09 50.649 +03 25 21.92 21.4G 23QB47 F51 C~7BsY 2023 09 13.427727 23 09 50.371 +03 25 21.13 21.4G 23QB47 F51 C~7BsY 2023 09 19.317339 23 07 46.250 +03 19 39.04 21.5G 23QB47 V00 C~7BsY 2023 09 19.322852 23 07 46.132 +03 19 38.86 21.7G 23QB47 V00 C~7BsY 2023 09 19.328351 23 07 46.016 +03 19 38.50 21.3G 23QB47 V00 C~7BsY 2023 09 19.333849 23 07 45.880 +03 19 38.21 21.5G 23QB47 V00 C~7BsY 2023 09 19.393822 23 07 44.605 +03 19 34.54 21.3G 23QB47 V06 C~7BsY 2023 09 19.398674 23 07 44.508 +03 19 34.21 21.4G 23QB47 V06 C~7BsY 2023 09 19.403533 23 07 44.418 +03 19 33.96 21.3G 23QB47 V06 C~7BsY 2023 09 20.19958 23 07 27.90 +03 18 45.4 22.0R 23QB47 291 C~7BsY 2023 09 20.21609 23 07 27.56 +03 18 44.6 21.5R 23QB47 291 C~7BsY 2023 09 20.23259 23 07 27.26 +03 18 43.5 21.9R 23QB47 291 C~7BsY 2023 10 14.223593 23 00 03.766 +02 53 18.71 22.2G 23QB47 V00 C~7BsY 2023 10 14.229097 23 00 03.683 +02 53 18.64 22.1G 23QB47 V00 C~7BsY 2023 10 14.234600 23 00 03.604 +02 53 18.06 22.0G 23QB47 V00 C~7BsY 2023 10 14.240099 23 00 03.524 +02 53 17.74 21.8G 23QB47 V00 C~7BsY 2023 10 19.225816 22 58 52.500 +02 48 37.32 21.8w 23QB47 F51 C~7Mvs 2023 10 19.252084 22 58 52.151 +02 48 36.06 21.9w 23QB47 F51 C~7Mvs 2023 10 19.264977 22 58 51.969 +02 48 35.50 21.9w 23QB47 F51 C~7Mvs 2024 08 15.455429 00 34 58.793 +19 52 48.14 20.9i 23QB47 F51 C~8CQp 2024 08 15.465203 00 34 58.673 +19 52 49.56 21.0i 23QB47 F51 C~8CQp 2024 08 15.474993 00 34 58.591 +19 52 50.79 21.2i 23QB47 F51 C~8CQp 2024 08 17.458825 00 34 37.445 +19 57 10.35 21.0i 23QB47 F52 C~8CQp 2024 08 17.478547 00 34 37.187 +19 57 12.88 21.2i 23QB47 F52 C~8CQp 2024 08 17.488407 00 34 37.065 +19 57 14.25 21.1i 23QB47 F52 C~8CQp 2024 09 05.413218 00 29 45.348 +20 25 17.59 21.7w 23QB47 F52 C~8DsS 2024 09 05.424440 00 29 45.132 +20 25 17.65 21.6w 23QB47 F52 C~8DsS 2024 09 05.435632 00 29 44.906 +20 25 18.59 21.4w 23QB47 F52 C~8DsS 2024 09 12.366601 00 27 24.174 +20 29 20.85 21.2w 23QB47 F52 C~8G1F 2024 09 12.379802 00 27 23.903 +20 29 21.06 21.2w 23QB47 F52 C~8G1F 2024 09 12.406235 00 27 23.317 +20 29 21.79 21.2w 23QB47 F52 C~8G1F 2024 09 24.360385 00 22 54.076 +20 28 39.99 21.2w 23QB47 F51 C~8HeV 2024 09 24.373942 00 22 53.749 +20 28 39.65 21.1w 23QB47 F51 C~8HeV 2024 09 24.387615 00 22 53.419 +20 28 39.22 21.2w 23QB47 F51 C~8HeV 2024 09 26.313115 00 22 08.108 +20 27 40.50 21.6G 23QB47 G96 C~8HeV 2024 09 26.318307 00 22 07.975 +20 27 40.36 21.5G 23QB47 G96 C~8HeV 2024 09 26.323495 00 22 07.849 +20 27 40.50 21.0G 23QB47 G96 C~8HeV 2024 09 26.328679 00 22 07.741 +20 27 39.74 21.8G 23QB47 G96 C~8HeV 2024 09 30.495457 00 20 29.019 +20 24 48.14 21.1w 23QB47 F51 C~8HeV 2024 09 30.508391 00 20 28.710 +20 24 47.34 21.3w 23QB47 F51 C~8HeV 2024 09 30.521271 00 20 28.410 +20 24 46.62 21.2w 23QB47 F51 C~8HeV 2024 09 30.534100 00 20 28.081 +20 24 46.08 21.4w 23QB47 F51 C~8HeV 2024 10 03.251844 00 19 23.797 +20 22 21.72 20.6G 23QB47 G96 C~8HeV 2024 10 03.257033 00 19 23.632 +20 22 21.04 21.2G 23QB47 G96 C~8HeV 2024 10 03.262207 00 19 23.466 +20 22 20.68 21.2G 23QB47 G96 C~8HeV 2024 10 03.267392 00 19 23.340 +20 22 19.92 21.4G 23QB47 G96 C~8HeV 2024 10 23.297498 00 11 58.870 +19 54 35.50 21.1w 23QB47 F52 C~8Mnk 2024 10 23.308914 00 11 58.647 +19 54 34.61 21.1w 23QB47 F52 C~8Mnk 2024 10 23.320407 00 11 58.389 +19 54 33.60 21.3w 23QB47 F52 C~8Mnk 2024 11 02.237983 00 09 00.956 +19 36 55.29 21.3w 23QB47 F52 C~8Q7Q 2024 11 02.265963 00 09 00.484 +19 36 52.42 21.3w 23QB47 F52 C~8Q7Q 2024 11 02.280030 00 09 00.255 +19 36 50.83 21.2w 23QB47 F52 C~8Q7Q 2024 11 20.204510 00 05 37.476 +19 05 42.58 21.7w 23QB47 F52 C~8Smh 2024 11 20.217266 00 05 37.349 +19 05 41.03 21.9w 23QB47 F52 C~8Smh 2024 11 20.230054 00 05 37.282 +19 05 40.15 21.5w 23QB47 F52 C~8Smh 2024 11 20.242858 00 05 37.194 +19 05 38.89 21.6w 23QB47 F52 C~8Smh
The following table shows the residuals to the orbit fit. The first coumn is the point number. The second column is the time, in years, measured from the first observation. The third and fifth columns are the regularized positions used in the orbit fit. The fourth and sixth columns are the residuals, in arc seconds, for RA and Dec respectively.
1 0.0000 0.00 47630.52 0.00-20604.81
2 0.1583 -8820.04 86552.56 1306.30-19703.34
3 0.1584 -8822.23 86560.37 1306.85-19702.81
4 0.1584 -8824.83 86567.75 1307.15-19702.55
5 0.2347 -16059.38106876.75 2486.26-18308.13
6 0.2348 -16065.72106892.14 2487.25-18306.90
7 0.2539 -17752.15110421.24 2837.72-17853.17
8 1.1987 34503.34 40770.03 19892.11 3274.98
9 1.1988 34499.70 40791.96 19893.42 3276.50
10 1.1988 34492.25 40835.75 19894.91 3278.42
11 1.1991 34464.84 41000.95 19900.59 3285.62
12 1.2260 31575.41 59209.51 20469.66 4199.54
13 1.2261 31571.61 59236.60 20470.30 4200.48
14 1.2261 31567.48 59263.34 20471.27 4201.73
15 1.2263 31541.21 59434.47 20476.51 4208.70
16 1.2263 31541.03 59435.87 20476.52 4208.72
17 1.2370 30388.76 67107.28 20698.92 4582.78
18 1.2371 30385.29 67131.24 20699.66 4583.77
19 1.2371 30381.62 67155.28 20700.27 4584.64
20 1.2371 30377.89 67179.11 20700.96 4585.58
21 1.2944 24612.67108039.15 21850.92 6605.51
22 1.2945 24609.74108061.29 21851.29 6606.17
23 1.2945 24606.15108082.37 21852.38 6607.52
24 1.2945 24603.65108104.98 21852.89 6608.32
25 1.3819 19329.78144461.50 23411.49 9455.11
26 1.4446 19549.05145648.72 24391.14 11260.66
27 2.0506 112458.96-14196.27 40866.09 30974.86
28 2.1052 113411.50-23800.47 43482.82 33470.90
29 2.1053 113410.22-23817.22 43485.61 33473.71
30 2.1053 113409.30-23825.88 43487.76 33475.87
31 2.1981 106920.98-53253.33 47427.51 37496.04
32 2.1981 106917.26-53265.50 47428.68 37497.33
33 2.1982 106913.65-53277.59 47429.62 37498.38
34 2.2062 105962.70-56425.86 47714.63 37805.30
35 2.2062 105961.66-56428.35 47714.79 37805.48
36 2.2062 105958.05-56440.22 47715.89 37806.69
37 2.2063 105954.67-56450.40 47717.16 37808.06
38 2.2063 105954.36-56452.15 47717.00 37807.92
39 2.2063 105950.47-56462.90 47717.81 37808.83
40 2.2063 105950.44-56464.38 47717.91 37808.95
41 2.2144 104945.96-59710.28 47993.77 38109.31
42 2.2497 100205.75-74420.12 49050.11 39298.56
43 2.2497 100203.92-74426.43 49050.86 39299.39
44 2.2691 97454.99-82774.88 49529.13 39868.23
45 2.2692 97449.93-82790.26 49529.91 39869.23
46 2.2692 97444.79-82805.79 49530.65 39870.18
47 2.2853 95164.83-89763.90 49870.70 40293.97
48 2.2853 95162.74-89770.41 49871.18 40294.55
49 2.2854 95160.60-89776.97 49871.46 40294.92
50 2.2854 95158.16-89783.83 49871.92 40295.49
51 2.2855 95134.74-89855.45 49875.24 40299.87
52 2.2856 95132.94-89861.15 49875.43 40300.15
53 2.2856 95131.29-89866.70 49875.68 40300.48
54 2.2877 94827.60-90801.56 49917.51 40353.71
55 2.2878 94821.45-90820.92 49918.59 40355.07
56 2.2878 94815.83-90839.77 49919.11 40355.88
57 2.3535 86659.33********* 50796.06 41653.68
58 2.3535 86657.93********* 50796.46 41654.20
59 2.3536 86656.34********* 50796.28 41654.14
60 2.3536 86654.86********* 50796.39 41654.38
61 2.3672 85349.77********* 50896.98 41855.01
62 2.3673 85343.43********* 50897.60 41856.23
63 2.3673 85340.17********* 50898.03 41856.95
64 3.1919 265578.36 77127.95 106814.46 98068.32
65 3.1920 265576.03 77122.57 106817.54 98071.43
66 3.1920 265574.77 77118.26 106820.14 98074.07
67 3.1974 265175.86 76102.89 107381.28 98638.14
68 3.1975 265170.18 76090.92 107386.91 98643.83
69 3.1975 265167.71 76085.32 107389.90 98646.85
70 3.2493 257365.08 61808.37 111467.15102785.25
71 3.2493 257357.91 61797.05 111467.89102786.05
72 3.2494 257351.52 61786.52 111470.33102788.57
73 3.2684 252983.17 54839.63 112336.97103691.84
74 3.2684 252974.52 54825.95 112338.15103693.12
75 3.2685 252956.17 54797.50 112341.23103696.39
76 3.3012 244228.38 41476.56 113052.29104487.46
77 3.3012 244217.64 41460.49 113052.63104487.92
78 3.3013 244206.70 41444.16 113052.81104488.22
79 3.3065 242709.58 39197.00 113078.80104528.91
80 3.3066 242705.24 39190.61 113078.94104529.09
81 3.3066 242701.45 39184.78 113079.57104529.78
82 3.3066 242697.16 39178.44 113078.49104528.74
83 3.3180 239418.56 34274.49 113058.88104542.79
84 3.3180 239408.06 34258.89 113058.34104542.38
85 3.3181 239397.94 34243.68 113057.93104542.09
86 3.3181 239387.13 34227.82 113057.93104542.21
87 3.3255 237240.18 31022.00 112989.06104496.00
88 3.3255 237234.34 31014.11 112988.32104495.31
89 3.3256 237228.83 31006.57 112988.17104495.22
90 3.3256 237224.09 30999.79 112987.16104494.26
91 3.3804 222195.05 8375.19 111423.32103124.26
92 3.3804 222187.70 8363.64 111422.50103123.58
93 3.3805 222179.22 8350.94 111421.58103122.80
94 3.4076 216036.94 -1260.66 110178.25101987.29
95 3.4077 216020.77 -1286.33 110174.92101984.32
96 3.4077 216012.72 -1299.16 110172.96101982.54
97 3.4568 208529.20-14166.64 107704.63 99718.70
98 3.4569 208524.20-14175.01 107702.48 99716.72
99 3.4569 208521.51-14181.10 107701.24 99715.64
100 3.4569 208517.86-14188.14 107699.44 99714.01
The following table comes from a 10My integration of the orbit of the object. Three columns are shown. The first column is the result of integrating the nominal orbit. The other two columns are based on clones of the nominal orbit that are +/- 3 sigma from the nominal orbit. If all three types agree then the classificiation is deemed secure. The basis for these calculations is described in more detail in AJ, 129, 1117 (2005). Any use made of these calculations should refer to and credit this publication and the Deep Ecliptic Survey Team.
23QB47 quality flag:3 Type: CENTAURR CENTAURR CENTAURR axisobj 18.850 18.850 18.850 ecceobj 0.665 0.665 0.666 incobj 21.145 21.145 21.145 qmin 6.300 6.306 6.287 qmax 31.395 32.416 31.396 amean 18.053 18.807 18.502 amin 17.467 17.877 18.216 amax 18.850 19.423 18.851 emean 0.643 0.657 0.658 emin 0.629 0.642 0.654 emax 0.665 0.669 0.665 imean 22.521 22.487 22.519 imin 21.976 22.278 22.311 imax 22.887 22.688 22.735 excite_mean 0.749 0.760 0.761 fracstop 0.001 0.001 0.000 cjmean 2.761 2.699 2.713 libcent 0 -180.0 -180.0 -180.0 libamp 0 -180.0 -180.0 -180.0 libcent 1 -180.0 -180.0 -180.0 libamp 1 -180.0 -180.0 -180.0 libcent 2 -180.0 -180.0 -180.0 libamp 2 -180.0 -180.0 -180.0 libcent 3 -180.0 -180.0 -180.0 libamp 3 -180.0 -180.0 -180.0 libcent 4 -180.0 -180.0 -180.0 libamp 4 -180.0 -180.0 -180.0 kozaimean 92.1 88.3 82.2 kozaiamp 10.5 9.7 3.7