Key K2 Method References:
• A. Vanderburg & J. A. Johnson, A Technique for Extracting Highly Precise Photometry for the Two-Wheeled Kepler Mission, arXiv: 1408.3853, 17-Aug-2014.
• A. Vanderburg, web-site: Reduced Light Curves from K2 Campaigns, https://www.cfa.harvard.edu/~avanderb/k2.html
• A. Vanderburg, Reduced Light Curves from Campaign 0 of the K2 Mission, arXiv: 1412.1827, 4-Dec-2014.
• A. Vanderburg, Reduced Light Curves from Campaign 1 of the K2 Mission, https://www.cfa.harvard.edu/~avanderb/c1datarelease.pdf
• EXOFAST: Eastman, Gaudi, & Agol, 2013, arXiv-1206.5798v3; PASP, 125, 923, 83 (2013).

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K2-Science -- via Kepler Space Telescope's K2 Extended Mission
& Related Technical Literature.

Scroll Down  to

KOI's (Blue)  or
K2 Objects (Green)
Web Sources & ~ Chronological Literature References:
• K2 Mission, FOV's, & Dates, NASA: http://keplerscience.arc.nasa.gov/K2/MissionConcept.shtml
• K2 Planet Hunter's Blog: http://blog.planethunters.org/category/k2/
• K2 Latest News, MAST: https://archive.stsci.edu/k2/
• K2 Data Search & Retrieval: http://archive.stsci.edu/k2/data_search/search.php
• K2 Ecliptic Plane Input Catalog (EPIC): http://archive.stsci.edu/k2/epic/search.php
• K2 Variable Star Catalog (K2VarCat): http://deneb.astro.warwick.ac.uk/phrlbj/k2varcat/
• Conroy et al., Kepler Eclipsing Binary Stars. V. Identification of 31 Eclipsing Binaries in the K2 Engineering Data-set, arXiv:1407.3780, 14 Jul 2014.
• Armstrong et al., K2 Variable Catalog I: A Catalog of Variable Stars from K2 Field 0, arXiv:1411.6830v2, 8 Jan 2015.
• Vanderburg et al., Characterizing K2 Planet Discoveries: A Super-Earth Transiting the Bright K-Dwarf HIP 116454, arXiv: 1412.5674v1, 17 Dec 2014.
• Brown et al., Discovery of WASP-85Ab: A Hot Jupiter in a Visual Binary System [Additional analysis is ongoing with LC and SC data from the K2 mission.], arXiv: 1412.7761v1, 24 Dec 2014.
• Crossfield et al., A Nearby M Star with Three Transiting Super-Earths Discovered by K2, arXiv: 1501.03798v1, 15 Jan 2015.
• Bouy et al., Messier 35 (NGC 2168) DANCe. I. Membership, proper motions and multi-wavelength photometry, arXiv: 1501.04416v1, 19 Jan 2015.
• Szabó et al., Main-Belt Asteroids in the K2 Engineering Field of View, arXiv: 1501.05967v1, 23 Jan 2015.
• Armstrong et al., K2 Variable Catalog II: Variable Stars and Eclipsing Binaries in K2 Fields 1 and 0, arXiv:1502.04004v1, 13 Feb 2015.
• Forman-Mackey et al., A systematic search for transiting planets in the K2 data, arXiv: 1502.04715v1,
16 Feb 2015.
• Brahm et al.,  HATS-9b and HATS-10b: Two compact hot Jupiters in Field-7 or the K2 Mission, arXiv:1503.00062, 28 Feb 2015.
• Armstrong et al., One of the closest planet pairs to the 3:2 Mean Motion Resonance, confirmed with K2 observations and Transit Timing Variations: EPIC201505350, arXiv:1503.00692, 2 Mar 2015.
• LaCourse, Jek, Jacobs, Winarski, et al., Kepler Eclipsing Binary Stars. VI. Identification of Eclipsing Binaries in the K2 Campaign 0 Data-set, arXiv:1503.01829, 6 Mar 2015.
The widely-referenced method for obtaining corrected flux values from the raw data of the extended Kepler-K2 mission is described in detail by A. Vanderburg and J. A. Johnson (references below).
In the work related to this website, all K2 Campaign-x Corrected Light Curves were downloaded as compressed csv files from A. Vanderburg's website: https://www.cfa.harvard.edu/~avanderb/k2c1/c1corcutlcs.tgz.  All uncompressed csv files were converted to Excel plots, 100 at a time, for initial scrutiny using Apple's Automator software followed by an appropriate Excel Macro; the required Automator [ver. 2.1.1 (247.1, 2004-2009)] script was developed by
Hank Wade, Computer Technologies Group, Sarasota, FL.  Individual corrected light curve data and photometric aperture image plots were also conveniently available from A. Vanderburg's website: https://www.cfa.harvard.edu/~avanderb/allk2c1obs.html.

Mid-transit times (T_c's) and/or mid-eclipse times (E_c's) and their minimum flux values were normally determined using a binomial-fit-model, derivative-zero method; a few were checked with EXOFAST's curve-fitting algorithm (ref. below) and were found to be the same within experimental error.
  (See, for example, the cases of EPIC-201382958, EPIC-201569483, EPIC-202059433 and EPIC-202060135.)  Since very few baselines were flat, depths were calculated as the difference between the flux of the lowest data-point and the "instant baseline" flux [the average flux of the start-of-ingress and the end-of-egress].

Various Eclipsing Binaries and/or Exoplanet Candidates, observed within the K2 mission, are illuminated and partially evaluated on this web-site.  Each can be scrutinized by clicking on their
GREEN K2C#-# button (page-link) that appear below the column of BLUE KOI-# buttons along the left side of every web-page.  One Dwarf Nova (201185922) is also described.

Exoplanet-Science.com

Abbreviations:
EB: Eclipsing Binary
E_n: nth PRIMARY eclipse of an EB.
e_n: nth SECONDARY eclipse of an EB.
EPIC: Ecliptic Plane Input Catalog

7 Mar 2015