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posted by mattie_p on Thursday February 27 2014, @02:31PM   Printer-friendly
from the I-bet-that's-all-of-them-now dept.

kef writes:

"NASA's Kepler mission has doubled the number of known planets outside of our solar system. In what can only be described as a "bonanza", 715 new planets have been reported thanks to the Kepler space telescope's planet-hunting mission. Using a new method for verifying potential planets led to the volume of new discoveries from Kepler, which aims to help humans search for other worlds that may be like Earth."

 
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  • (Score: 1) by Pslytely Psycho on Friday February 28 2014, @05:31AM

    by Pslytely Psycho (1218) on Friday February 28 2014, @05:31AM (#8297)

    IANAA (I am not an astrophysicist..obviously!)
    So I have a question to pose to those of you who understand this dicipline.
    I notice many of these planets have an orbital period (listed in sidreal days, which I understand to be 23 hr 56 min 4.09 sec)that seem to be ridiculously quick.
    One example: GJ 667Cf which is second on the list (and not the shortest by a long shot) has an orbital period of 39.026 SD. I realize the star is much smaller, dimmer and has a habital zone much closer to the star itself, but, I have trouble wrapping my head around the seemingly lightning fast orbital speed. Am I just not comprehending the scale, or are some of these exoplanets just moving faster than anything in our own solar system?

    Personally, I think I just don't understand the maths here. Enlightenment awaits.....

    Link to list of exoplanets

    http://www.planetarybiology.com/exoexplorer_planet s/ [planetarybiology.com]

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