Browse the Catalogue

255,615 results
SuperWASP ID Mean Magnitude Period (seconds) Majority Classification Folding flag RA Dec Lightcurve
1SWASPJ084606.29+205801.6 13.15 13747.22559
~
EW Half 8h46m06.29s 20d58m01.6s
1SWASPJ092208.65-364121.7 14.00 14373998.0
~
Pulsator Certain 9h22m08.65s -36d41m21.7s
1SWASPJ084341.85-190447.0 13.76 25871.41602
~
EW Half 8h43m41.85s -19d04m47s
1SWASPJ084341.85-190447.0 13.76 19897.20312
~
EW Half 8h43m41.85s -19d04m47s
1SWASPJ084341.85-190447.0 13.76 12935.76562
~
EA/EB Uncertain 8h43m41.85s -19d04m47s
1SWASPJ084341.85-190447.0 13.76 36972.28516
~
EW Half 8h43m41.85s -19d04m47s
1SWASPJ084341.85-190447.0 13.76 51742.61719
~
EA/EB Certain 8h43m41.85s -19d04m47s
1SWASPJ083949.46+152513.0 12.60 10347.27344
~
EW Half 8h39m49.46s 15d25m13s
1SWASPJ083949.46+152513.0 12.60 13617.98047
~
EW Half 8h39m49.46s 15d25m13s
1SWASPJ083949.46+152513.0 12.60 11759.46094
~
EW Half 8h39m49.46s 15d25m13s
1SWASPJ092717.67-380242.7 11.88 1797881.125
~
Rotator Certain 9h27m17.67s -38d02m42.7s
1SWASPJ120233.77-514452.7 13.40 14889.48242
~
Rotator Certain 12h02m33.77s -51d44m52.7s
1SWASPJ095503.20-433630.8 9.82 3587170.75
~
Rotator Certain 9h55m03.2s -43d36m30.8s
1SWASPJ095503.20-433630.8 9.82 3232985.0
~
Pulsator Certain 9h55m03.2s -43d36m30.8s
1SWASPJ083426.36+071113.6 9.84 54220.21094
~
Rotator Certain 8h34m26.36s 7d11m13.6s
1SWASPJ120233.51-514439.8 13.61 14889.33691
~
EW Half 12h02m33.51s -51d44m39.8s
1SWASPJ132049.67-484310.8 9.45 39247.58203
~
Rotator Certain 13h20m49.67s -48d43m10.8s
1SWASPJ131535.98-490727.5 12.99 23291.54492
~
Rotator Certain 13h15m35.98s -49d07m27.5s
1SWASPJ152628.38-041853.9 15.74 142001.17188
~
Pulsator Certain 15h26m28.38s -4d18m53.9s
1SWASPJ120233.48-514437.3 13.62 14889.43945
~
Rotator Certain 12h02m33.48s -51d44m37.3s
1SWASPJ084606.29+205801.6
13747.22559 second period, ~4 hours
8h46m06.29s 20d58m01.6s
Mean magnitude 13.15
Amplitude 0.48
Folding flag Half
Classification count 7

EW, 4 hours

1SWASPJ092208.65-364121.7
14373998.0 second period, ~5 months
9h22m08.65s -36d41m21.7s
Mean magnitude 14.00
Amplitude nan
Folding flag Certain
Classification count 7

Pulsator, 5 months

1SWASPJ084341.85-190447.0
25871.41602 second period, ~7 hours
8h43m41.85s -19d04m47s
Mean magnitude 13.76
Amplitude 1.71
Folding flag Half
Classification count 4

EW, 7 hours

1SWASPJ084341.85-190447.0
19897.20312 second period, ~6 hours
8h43m41.85s -19d04m47s
Mean magnitude 13.76
Amplitude 1.71
Folding flag Half
Classification count 4

EW, 6 hours

1SWASPJ084341.85-190447.0
12935.76562 second period, ~4 hours
8h43m41.85s -19d04m47s
Mean magnitude 13.76
Amplitude 1.71
Folding flag Uncertain
Classification count 7

EA/EB, 4 hours

1SWASPJ084341.85-190447.0
36972.28516 second period, ~10 hours
8h43m41.85s -19d04m47s
Mean magnitude 13.76
Amplitude 1.71
Folding flag Half
Classification count 7

EW, 10 hours

1SWASPJ084341.85-190447.0
51742.61719 second period, ~14 hours
8h43m41.85s -19d04m47s
Mean magnitude 13.76
Amplitude 1.71
Folding flag Certain
Classification count 7

EA/EB, 14 hours

1SWASPJ083949.46+152513.0
10347.27344 second period, ~3 hours
8h39m49.46s 15d25m13s
Mean magnitude 12.60
Amplitude 0.63
Folding flag Half
Classification count 7

EW, 3 hours

1SWASPJ083949.46+152513.0
13617.98047 second period, ~4 hours
8h39m49.46s 15d25m13s
Mean magnitude 12.60
Amplitude 0.63
Folding flag Half
Classification count 7

EW, 4 hours

1SWASPJ083949.46+152513.0
11759.46094 second period, ~3 hours
8h39m49.46s 15d25m13s
Mean magnitude 12.60
Amplitude 0.63
Folding flag Half
Classification count 7

EW, 3 hours

1SWASPJ092717.67-380242.7
1797881.125 second period, ~a month
9h27m17.67s -38d02m42.7s
Mean magnitude 11.88
Amplitude 0.34
Folding flag Certain
Classification count 8

Rotator, a month

1SWASPJ120233.77-514452.7
14889.48242 second period, ~4 hours
12h02m33.77s -51d44m52.7s
Mean magnitude 13.40
Amplitude 1.10
Folding flag Certain
Classification count 7

Rotator, 4 hours

1SWASPJ095503.20-433630.8
3587170.75 second period, ~a month
9h55m03.2s -43d36m30.8s
Mean magnitude 9.82
Amplitude 0.44
Folding flag Certain
Classification count 5

Rotator, a month

1SWASPJ095503.20-433630.8
3232985.0 second period, ~a month
9h55m03.2s -43d36m30.8s
Mean magnitude 9.82
Amplitude 0.44
Folding flag Certain
Classification count 7

Pulsator, a month

1SWASPJ083426.36+071113.6
54220.21094 second period, ~15 hours
8h34m26.36s 7d11m13.6s
Mean magnitude 9.84
Amplitude 0.14
Folding flag Certain
Classification count 4

Rotator, 15 hours

1SWASPJ120233.51-514439.8
14889.33691 second period, ~4 hours
12h02m33.51s -51d44m39.8s
Mean magnitude 13.61
Amplitude 0.86
Folding flag Half
Classification count 7

EW, 4 hours

1SWASPJ132049.67-484310.8
39247.58203 second period, ~11 hours
13h20m49.67s -48d43m10.8s
Mean magnitude 9.45
Amplitude 0.16
Folding flag Certain
Classification count 7

Rotator, 11 hours

1SWASPJ131535.98-490727.5
23291.54492 second period, ~6 hours
13h15m35.98s -49d07m27.5s
Mean magnitude 12.99
Amplitude 6.06
Folding flag Certain
Classification count 7

Rotator, 6 hours

1SWASPJ152628.38-041853.9
142001.17188 second period, ~a day
15h26m28.38s -4d18m53.9s
Mean magnitude 15.74
Amplitude 12.13
Folding flag Certain
Classification count 3

Pulsator, a day

1SWASPJ120233.48-514437.3
14889.43945 second period, ~4 hours
12h02m33.48s -51d44m37.3s
Mean magnitude 13.62
Amplitude 0.84
Folding flag Certain
Classification count 7

Rotator, 4 hours

Acknowledgements

The SuperWASP project is currently funded and operated by Warwick University and Keele University, and was originally set up by Queen’s University Belfast, the Universities of Keele, St. Andrews and Leicester, the Open University, the Isaac Newton Group, the Instituto de Astrofisica de Canarias, the South African Astronomical Observatory and by STFC.

The Zooniverse project on SuperWASP Variable Stars is led by Andrew Norton (The Open University) and builds on work he has done with his former postgraduate students Les Thomas, Stan Payne, Marcus Lohr, Paul Greer, and Heidi Thiemann, and current postgraduate student Adam McMaster.

The Zooniverse project on SuperWASP Variable Stars was developed with the help of the ASTERICS Horizon2020 project. ASTERICS is supported by the European Commission Framework Programme Horizon 2020 Research and Innovation action under grant agreement n.653477

VeSPA was designed and developed by Adam McMaster as part of his postgraduate work. This work is funded by STFC, DISCnet, and the Open University Space SRA. Server infrastructure was funded by the Open University Space SRA.