Rotation periods and projected equatorial velocities of pre-main-sequence (PMS) stars in star forming regions can be combined to give projected stellar radii. Assuming random axial orientation, a Monte-Carlo model is used to illustrate that distrib...
With ScratchJr, young children (ages 5-7) can program their own interactive stories and games. (⭐ 701)
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We combine recently computed models of stellar evolution using a new treatment of rotation with a Bayesian statistical framework to constrain the ages and other properties of early-type stars. We find good agreement for early-type stars and clusters...
AGE animation official website URL release page（AGE动漫官网网址发布页） (⭐ 8760)
Learning numerical computing with notebooks for all ages. (⭐ 773)
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Our ability to determine stellar ages from measurements of stellar rotation, hinges on how well we can measure the dependence of rotation on age for stars of different masses. Rotation periods for stars in open clusters are essential to determine t...
Age detection in Tensorflow (⭐ 936)
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Clone of the Age of Empires II engine ? (⭐ 14119)
It's so hard to believe that Stannis is in his thirties. I usually think of him as a man about 48, when in fact he's much younger. By that token, Euron must be nearly 50, which is difficult to imagine...
up Dark Ages in Wiktionary, the free dictionary. Dark Ages or Dark Age may refer to: Dark Ages (historiography), the use of the term Dark Ages colloquially
We examine the X-ray and infrared properties of galaxies and AGNs in the 9 square degree Bootes field, using data from the Chandra XBootes and Spitzer IRAC Shallow Surveys, as well as optical spectroscopy from the AGES survey. A sample of ~30,000 o...
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By definition, brown dwarfs never reach the main-sequence, cooling and dimming over their entire lifetime, thus making substellar models challenging to test because of the strong dependence on age. Currently, most brown dwarfs with independently de...
Points: 1443 | Comments: 354 | Author: haunter
A terminal for a more modern age (⭐ 69363)
Other than Mack, which surprise you? Evan: 2 Ivy: 2 Thomas: 4 Frankie: 5 Eve: 6 Isaac: 8 Dotty: 9 Johnny: 10 Clemmie: 10 Moses: 10 Lucas: 11 Carl: 11 Archie: 13 Kyle: 14 Leo: 14 April:...
No one asked, but here you go: Harper: 2 months Connie: 6 months Frankie: 1 Dorin: 3 Alfie: 4 Glory: 5 this month Shanice: 5 (assumed) Quads: 6 Bertie: 7 Susie: 8 next month Harry: 10 this ...