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Obi World Phone مؤتمر اوبي جهاز اندرويد جديد في ال

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تغطية لمؤتمر شركة الهنظية الجديدة اوبي وورلد فون اوبي هاتف العالم الهندية
استعراض اوبي اس اف 1
استعراض اوبي اس جاي 1.5

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Intro Track: Astrisk, Orange Range (In all videos)
Batman wallpaper by Liam Brazier (In some videos)

لاي سؤال استخدم هاش تاق
#سلوركس_فالي
#Slorks_Says

Tonight’s Sky: September 2015

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Backyard stargazers get a monthly guide to the northern hemisphere’s skywatching events with “Tonight’s Sky.” In September the Moon darkens in a lunar eclipse.

“Tonight’s Sky” is produced by HubbleSite.org, online home of the Hubble Space Telescope. This is a recurring show, and you can find more episodes — and other astronomy videos — at HubbleSite.org.

Visit Tonight’s Sky on HubbleSite.
http://hubblesite.org/explore_astronomy/tonights_sky

Google, evolved

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Google has changed a lot over the past 17 years — from the range of our products to the evolution of their look and feel. And today we’re changing things up once again… http://g.co/googleevolved

Hubble Observes Supermassive Black Holes Ejecting Dying Stars from Host Galaxies

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A new analysis of 13 supernovae — including archived data from NASA’s Hubble Space Telescope — is helping astronomers explain how some young stars exploded sooner than expected, hurling them to a lonely place far from their host galaxies.

Astronomers hypothesize that a pair of supermassive black holes in the merging galaxies can provide the gravitational slingshot to rocket the binary stars into intergalactic space. Hubble observations reveal that nearly every galaxy has a massive black hole at its center.

According to astronomer Ryan Foley’s scenario, after two galaxies merge, their black holes migrate to the center of the new galaxy, each with a trailing a cluster of stars.

As the black holes dance around each other, slowly getting closer, one of the binary stars in the black holes’ entourage may wander too close to the other black hole. Many of these stars will be flung far away, and those ejected stars in surviving binary systems will orbit even closer after the encounter, which speeds up the merger.

Please join +Tony Darnell Dr.+Carol Christian and +Scott Lewis as they discuss these observations with lead investigator Dr. Ryan Foley of the University of Illinois.  As always, we welcome your questions and comments.

Read more here:
http://hubblesite.org/newscenter/archive/releases/2015/28/

#Space   #astronomy   #blackholes   #hubble   #galaxies   #cosmology