Browse the Catalogue

255,615 results
SuperWASP ID Mean Magnitude Period (seconds) Majority Classification Folding flag RA Dec Lightcurve
1SWASPJ063155.01-403721.3 12.40 58787.64062
~
EW Half 6h31m55.01s -40d37m21.3s
1SWASPJ064853.44-600857.4 12.24 117101.77344
~
EW Half 6h48m53.44s -60d08m57.4s
1SWASPJ063058.39+383238.2 14.44 34683.83203
~
Unknown Certain 6h30m58.39s 38d32m38.2s
1SWASPJ062518.27-165823.6 12.68 63193.27734
~
Rotator Certain 6h25m18.27s -16d58m23.6s
1SWASPJ062804.37+302334.0 11.92 19002.04688
~
EW Half 6h28m04.37s 30d23m34s
1SWASPJ062804.37+302334.0 11.92 31267.77148
~
EA/EB Half 6h28m04.37s 30d23m34s
1SWASPJ062804.37+302334.0 11.92 168436.28125
~
EA/EB Half 6h28m04.37s 30d23m34s
1SWASPJ062804.37+302334.0 11.92 38004.15234
~
EW Certain 6h28m04.37s 30d23m34s
1SWASPJ063351.76-441655.8 13.99 12782.20898
~
Rotator Certain 6h33m51.76s -44d16m55.8s
1SWASPJ063351.76-441655.8 13.99 9857.59277
~
EW Half 6h33m51.76s -44d16m55.8s
1SWASPJ063058.20+383121.9 12.01 34683.73047
~
Pulsator Certain 6h30m58.2s 38d31m21.9s
1SWASPJ173247.59+270727.6 14.48 12780.98145
~
EW Half 17h32m47.59s 27d07m27.6s
1SWASPJ173247.59+270727.6 14.48 15007.20996
~
EW Half 17h32m47.59s 27d07m27.6s
1SWASPJ173247.59+270727.6 14.48 18172.38867
~
Rotator Certain 17h32m47.59s 27d07m27.6s
1SWASPJ062806.65+302934.9 12.85 322098.90625
~
Pulsator Certain 6h28m06.65s 30d29m34.9s
1SWASPJ062804.57+302218.7 13.79 114012.45312
~
EA/EB Half 6h28m04.57s 30d22m18.7s
1SWASPJ062950.79+354100.4 11.12 11315156.0
~
Unknown Certain 6h29m50.79s 35d41m00.4s
1SWASPJ062820.20+311207.0 12.51 26567.96484
~
Rotator Certain 6h28m20.2s 31d12m07s
1SWASPJ062805.94+302334.4 11.93 24538.06445
~
EA/EB Uncertain 6h28m05.94s 30d23m34.4s
1SWASPJ062805.94+302334.4 11.93 19002.11133
~
EW Uncertain 6h28m05.94s 30d23m34.4s
1SWASPJ063155.01-403721.3
58787.64062 second period, ~16 hours
6h31m55.01s -40d37m21.3s
Mean magnitude 12.40
Amplitude 1.56
Folding flag Half
Classification count 1

EW, 16 hours

1SWASPJ064853.44-600857.4
117101.77344 second period, ~a day
6h48m53.44s -60d08m57.4s
Mean magnitude 12.24
Amplitude 0.29
Folding flag Half
Classification count 1

EW, a day

1SWASPJ063058.39+383238.2
34683.83203 second period, ~10 hours
6h30m58.39s 38d32m38.2s
Mean magnitude 14.44
Amplitude 2.73
Folding flag Certain
Classification count 1

Unknown, 10 hours

1SWASPJ062518.27-165823.6
63193.27734 second period, ~18 hours
6h25m18.27s -16d58m23.6s
Mean magnitude 12.68
Amplitude 0.36
Folding flag Certain
Classification count 3

Rotator, 18 hours

1SWASPJ062804.37+302334.0
19002.04688 second period, ~5 hours
6h28m04.37s 30d23m34s
Mean magnitude 11.92
Amplitude 1.86
Folding flag Half
Classification count 2

EW, 5 hours

1SWASPJ062804.37+302334.0
31267.77148 second period, ~9 hours
6h28m04.37s 30d23m34s
Mean magnitude 11.92
Amplitude 1.86
Folding flag Half
Classification count 1

EA/EB, 9 hours

1SWASPJ062804.37+302334.0
168436.28125 second period, ~a day
6h28m04.37s 30d23m34s
Mean magnitude 11.92
Amplitude 1.86
Folding flag Half
Classification count 1

EA/EB, a day

1SWASPJ062804.37+302334.0
38004.15234 second period, ~11 hours
6h28m04.37s 30d23m34s
Mean magnitude 11.92
Amplitude 1.86
Folding flag Certain
Classification count 1

EW, 11 hours

1SWASPJ063351.76-441655.8
12782.20898 second period, ~4 hours
6h33m51.76s -44d16m55.8s
Mean magnitude 13.99
Amplitude 1.33
Folding flag Certain
Classification count 2

Rotator, 4 hours

1SWASPJ063351.76-441655.8
9857.59277 second period, ~3 hours
6h33m51.76s -44d16m55.8s
Mean magnitude 13.99
Amplitude 1.33
Folding flag Half
Classification count 1

EW, 3 hours

1SWASPJ063058.20+383121.9
34683.73047 second period, ~10 hours
6h30m58.2s 38d31m21.9s
Mean magnitude 12.01
Amplitude 4.27
Folding flag Certain
Classification count 2

Pulsator, 10 hours

1SWASPJ173247.59+270727.6
12780.98145 second period, ~4 hours
17h32m47.59s 27d07m27.6s
Mean magnitude 14.48
Amplitude nan
Folding flag Half
Classification count 1

EW, 4 hours

1SWASPJ173247.59+270727.6
15007.20996 second period, ~4 hours
17h32m47.59s 27d07m27.6s
Mean magnitude 14.48
Amplitude nan
Folding flag Half
Classification count 1

EW, 4 hours

1SWASPJ173247.59+270727.6
18172.38867 second period, ~5 hours
17h32m47.59s 27d07m27.6s
Mean magnitude 14.48
Amplitude nan
Folding flag Certain
Classification count 2

Rotator, 5 hours

1SWASPJ062806.65+302934.9
322098.90625 second period, ~3 days
6h28m06.65s 30d29m34.9s
Mean magnitude 12.85
Amplitude 0.75
Folding flag Certain
Classification count 1

Pulsator, 3 days

1SWASPJ062804.57+302218.7
114012.45312 second period, ~a day
6h28m04.57s 30d22m18.7s
Mean magnitude 13.79
Amplitude 7.21
Folding flag Half
Classification count 2

EA/EB, a day

1SWASPJ062950.79+354100.4
11315156.0 second period, ~4 months
6h29m50.79s 35d41m00.4s
Mean magnitude 11.12
Amplitude 2.46
Folding flag Certain
Classification count 1

Unknown, 4 months

1SWASPJ062820.20+311207.0
26567.96484 second period, ~7 hours
6h28m20.2s 31d12m07s
Mean magnitude 12.51
Amplitude 0.43
Folding flag Certain
Classification count 1

Rotator, 7 hours

1SWASPJ062805.94+302334.4
24538.06445 second period, ~7 hours
6h28m05.94s 30d23m34.4s
Mean magnitude 11.93
Amplitude 1.72
Folding flag Uncertain
Classification count 1

EA/EB, 7 hours

1SWASPJ062805.94+302334.4
19002.11133 second period, ~5 hours
6h28m05.94s 30d23m34.4s
Mean magnitude 11.93
Amplitude 1.72
Folding flag Uncertain
Classification count 2

EW, 5 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.