Quantifying False Positive Probabilities for Transiting Planet Candidates

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Transcription:

Quantifying False Positive Probabilities for Transiting Planet Candidates Timothy Morton (Princeton) Sagan Workshop July 20, 2016

OGLE planet candidates, c.2004 Unsuitable for follow-up Stellar Binaries 20 25 No RVs at km/s level 6 8 Early spectral type

OGLE-TR-33 Torres 2004

OGLE-TR-33 Torres et al. (2004)

OGLE-TR-33 Torres 2004

OGLE-TR-33 Torres 2004

TRES-1 b Alonso+ (2004) V = 11.4 Follow-up observations: H- and K- band AO imaging Medium-resolution spectroscopy (7 epochs) Multi-color transit photometry (3 facilities, 7 filters) Keck/HIRES RV spectroscopy (8 epochs) 80% false positive rate for this survey

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

BLENDER Torres+ (2011)

Kepler- 22b Borucki et al. (2011): Imaging from 3 different facilities (seeing- limited, speckle, AO) Keck/HIRES spectroscopy at 17 epochs 17 hours of Warm Spitzer observation to measure transit color dependence BLENDER analysis

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

light curve shape Planet Stellar EB δ τ (δ, T, T/τ) T Simulate representative populations

Hierarchical EB Scenario

Transiting Planet Scenario

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

github.com/timothydmorton

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

TDM+ (2016)

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

Kepler-10 system b confirmed by RVs c validated with BLENDER Kepler 4b-7b announced TDM & Johnson predict >90% reliability Fressin+ corroborate low FP rate First K2 validations 17 planets isochrones and vespa introduced/released 1200+ Kepler validations 2009 2010 2011 2012 2013 2014 2015 2016 Kepler launch Kepler-9 system First public Kepler candidate catalog b,c confirmed by TTVs d validated with BLENDER Kepler-22b 700+ multi-kois validated TDM: automated validation procedure First Kepler habitable-zone planet validated with BLENDER 100+ K2 validations

isochrones and vespa