VeSPA: The SuperWASP Variable Star Photometry Archive
This interface makes available SuperWASP lightcurves for periodic variable stars that have been classified by Citizen Scientists using the SuperWASP Variable Stars Zooniverse project. It will be updated with new classification results every 6 months. Last update on 15 March 2024.
Browse the Catalogue
SuperWASP ID | Mean Magnitude | Period (seconds) | Majority Classification | Folding flag | RA | Dec | Lightcurve |
---|---|---|---|---|---|---|---|
1SWASPJ000126.73-001344.2 | 14.87 | 24007.58594 ~ |
Pulsator | Uncertain | 0h01m26.73s | -0d13m44.2s | |
1SWASPJ000236.45+002446.3 | 14.68 | 16595.36914 ~ |
EW | Half | 0h02m36.45s | 0d24m46.3s | |
1SWASPJ000236.45+002446.3 | 14.68 | 20553.375 ~ |
EA/EB | Half | 0h02m36.45s | 0d24m46.3s | |
1SWASPJ000236.45+002446.3 | 14.68 | 27404.4043 ~ |
EA/EB | Certain | 0h02m36.45s | 0d24m46.3s | |
1SWASPJ000236.20+002516.3 | 14.82 | 27404.29492 ~ |
EA/EB | Certain | 0h02m36.2s | 0d25m16.3s | |
1SWASPJ000236.20+002516.3 | 14.82 | 20553.3457 ~ |
EA/EB | Half | 0h02m36.2s | 0d25m16.3s | |
1SWASPJ235740.10+005251.7 | 14.21 | 13124.01855 ~ |
Rotator | Certain | 23h57m40.1s | 0d52m51.7s | |
1SWASPJ000043.32+013427.2 | 14.57 | 12637.31348 ~ |
Rotator | Certain | 0h00m43.32s | 1d34m27.2s | |
1SWASPJ235742.14-015022.6 | 15.14 | 25929.7168 ~ |
Rotator | Certain | 23h57m42.14s | -1d50m22.6s | |
1SWASPJ000342.76+014425.3 | 14.38 | 50403.92969 ~ |
EA/EB | Half | 0h03m42.76s | 1d44m25.3s | |
1SWASPJ000342.76+014425.3 | 14.38 | 25201.85938 ~ |
EA/EB | Certain | 0h03m42.76s | 1d44m25.3s | |
1SWASPJ000855.92+003341.4 | 14.12 | 10551.10742 ~ |
EA/EB | Half | 0h08m55.92s | 0d33m41.4s | |
1SWASPJ000855.92+003341.4 | 14.12 | 14164.9834 ~ |
Rotator | Certain | 0h08m55.92s | 0d33m41.4s | |
1SWASPJ000855.92+003341.4 | 14.12 | 21102.19922 ~ |
EA/EB | Half | 0h08m55.92s | 0d33m41.4s | |
1SWASPJ000940.57-003335.3 | 14.41 | 24751.95898 ~ |
Pulsator | Certain | 0h09m40.57s | -0d33m35.3s | |
1SWASPJ000942.43-003346.3 | 14.12 | 24751.88477 ~ |
Pulsator | Certain | 0h09m42.43s | -0d33m46.3s | |
1SWASPJ235108.04-010924.6 | 14.50 | 13441.38477 ~ |
EW | Half | 23h51m08.04s | -1d09m24.6s | |
1SWASPJ000358.33+022307.2 | 9.93 | 1567166.0 ~ |
Rotator | Certain | 0h03m58.33s | 2d23m07.2s | |
1SWASPJ000049.34+023543.8 | 13.03 | 15870.56934 ~ |
Rotator | Certain | 0h00m49.34s | 2d35m43.8s | |
1SWASPJ000057.60+023641.6 | 13.06 | 13741.44238 ~ |
EW | Half | 0h00m57.6s | 2d36m41.6s |
1SWASPJ000126.73-001344.2
24007.58594 second period, ~6 hours1SWASPJ000236.45+002446.3
16595.36914 second period, ~4 hours1SWASPJ000236.45+002446.3
20553.375 second period, ~5 hours1SWASPJ000236.45+002446.3
27404.4043 second period, ~7 hours1SWASPJ000236.20+002516.3
27404.29492 second period, ~7 hours1SWASPJ000236.20+002516.3
20553.3457 second period, ~5 hours1SWASPJ235740.10+005251.7
13124.01855 second period, ~3 hours1SWASPJ000043.32+013427.2
12637.31348 second period, ~3 hours1SWASPJ235742.14-015022.6
25929.7168 second period, ~7 hours1SWASPJ000342.76+014425.3
50403.92969 second period, ~14 hours1SWASPJ000342.76+014425.3
25201.85938 second period, ~7 hours1SWASPJ000855.92+003341.4
10551.10742 second period, ~2 hours1SWASPJ000855.92+003341.4
14164.9834 second period, ~3 hours1SWASPJ000855.92+003341.4
21102.19922 second period, ~5 hours1SWASPJ000940.57-003335.3
24751.95898 second period, ~6 hours1SWASPJ000942.43-003346.3
24751.88477 second period, ~6 hours1SWASPJ235108.04-010924.6
13441.38477 second period, ~3 hours1SWASPJ000358.33+022307.2
1567166.0 second period, ~18 days1SWASPJ000049.34+023543.8
15870.56934 second period, ~4 hours1SWASPJ000057.60+023641.6
13741.44238 second period, ~3 hoursAcknowledgements
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.