FOR RELEASE: 10:15 PM PDT, JUNE 13, 2016

SDSU/AAS Kepler-1647 Press Release Support Page


"Kepler-1647b: the largest and longest-period Kepler transiting circumbinary planet" by Kostov, Orosz, Welsh, Doyle, Fabrycky, Haghighipour, Quarles, et al. has been accepted for publication by the Astrophysical Journal. A preprint can be found at: http://arxiv.org/pdf/1512.00189v2

The SDSU Press Release (in .pdf format)
The SDSU Press Release (in .docx format)

Permission is granted by the artists to media/news organizations to use the artwork below in association with coverage of the Kepler-1647 discovery. Click on the images to see higher resolution versions. For maximum resolution, see the links below.


Figure 1 (left): Artist's impression of the simultaneous stellar eclipse and planetary transit events on Kepler-1647. Such a double eclipse event is known as a syzygy. (Figure credit: Lynette Cook)

Figure 2 (right or below): Comparison of the relative sizes of several Kepler circumbinary planets, from the smallest, Kepler-47 b, to the largest, Kepler-1647 b. Kepler-1647 b is substantially larger than any of the previously known circumbinary planets. (Figure credit: Lynette Cook)



Figure 3: A bird's eye view comparison of the orbits of the Kepler circumbinary planets. Kepler-1647 b's orbit, shown in red, is much larger than the other planets (shown in gray). For comparison, the Earth's orbit is shown in blue. (Figure credit: B. Quarles)




Figure 4: A standalone version of the artistic impression of the planet Kepler-1647 b. Given that the planet is nearly identical to Jupiter in both size and mass, the planet is expected to be roughly similar in appearance. But it is much warmer - Kepler-1647 b is in the habitable zone. (Figure credit: Lynette Cook)



Additional Artist Information:

Ms. Lynette R. Cook, Artist/Illustrator
email: lynette@spaceart.org
http://lynettecook.com
http://extrasolar.spaceart.org



Click to download full resolution .tif versions.

Fig 1 - Syzygy (PC version) (28 MB)
Fig 1 - Syzygy (Mac version) (28 MB)
Fig 2 - Comparison of sizes (PC version) (21 MB)
Fig 2 - Comparison of sizes (Mac version) (21 MB)
Fig 3 - Comparison of orbits black background (.png format) (1.9 MB)
Fig 3 - Comparison of orbits white background (.png format) (2.0 MB)
Fig 4 - Kepler-1647b-Standalone_PC.tif (9.3 MB)
Fig 4 - Kepler-1647b-Standalone_Mac.tif (9.3 MB)



Questions? Please contact Willliam Welsh at wwelsh@mail.sdsu.edu.