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The birth of massive galaxies, according to galaxy formation theories, begins with the buildup of a dense, compact core that is ablaze with the glow of millions of newly formed stars. Evidence of this early construction phase, however, has eluded astronomers — until now. Astronomers identified a dense galactic core, dubbed "Sparky," using a combination of data from several space telescopes. Hubble photographed the emerging galaxy as it looked 11 billion years ago, just 3 billion years after the birth of our universe in the big bang.![](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_u8qVENHpaD7NH8VQTJOYrGThqGJZXVqjFR1RsMTsxFNnfnNjLUSq6xQd_ZZ1QBn13gY3u8sLsCrA5lwMCRl47_gapGGnR2dXmdajUtduNVH8gNTzlkVmP4jmegM-AQLv4J4tZLq5sk25cPMiSChU_dEaWK9FhiypKydA=s0-d)
via Science Daily
Zazzle Space Exploration market place
The birth of massive galaxies, according to galaxy formation theories, begins with the buildup of a dense, compact core that is ablaze with the glow of millions of newly formed stars. Evidence of this early construction phase, however, has eluded astronomers — until now. Astronomers identified a dense galactic core, dubbed "Sparky," using a combination of data from several space telescopes. Hubble photographed the emerging galaxy as it looked 11 billion years ago, just 3 billion years after the birth of our universe in the big bang.
via Science Daily
Zazzle Space Exploration market place
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