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You entered: early universe
![Ранняя Вселенная](https://images.astronet.ru/pubd/2003/06/24/0001191231/earlyuni_imax_big.preview.gif)
14.06.1997
What did our universe look like when it was young? To answer this, cosmologists run sophisticated computer programs tracking the locations of millions of particles. The above animated frame is the result of such a calculation and shows how our universe might have looked when it was just a fracton of its current age.
![Ранняя Вселенная](https://images.astronet.ru/pubd/2002/08/24/0001179221/earlyuni_imax_big.preview.gif)
16.02.1996
What did our universe look like when it was young? To answer this, cosmologists run sophisticated computer programs tracking the locations of millions of particles. The above animated frame is the result of such a calculation and shows how our universe might have looked when it was just a fracton of its current age.
![Бумеранг: изображения ранней Вселенной](https://images.astronet.ru/pubd/2006/11/05/0001217327/earlyuniverse_boom_big.preview.jpg)
3.05.2000
Drifting through the stratosphere above Antarctica in late 1998, the balloon-borne BOOMERANG telescope peered into the cosmos at millimeter wavelengths. The blotchy structures it detected are seen above in the sharpest yet picture of the universe at an early age, perhaps a mere 300,000 years old.
![Неожиданная цепочка галактик в ранней Вселенной](https://images.astronet.ru/pubd/2004/01/20/0001196201/galaxystring_nasa.preview.jpg)
20.01.2004
How could such a long string of galaxies form so early in the universe? Several new measurements of galaxies and clusters in the early universe are reporting structures involving galaxies and clusters that are larger than expected with the new standard "dark-energy" cosmology.
![MACS0647: гравитационное линзирование в ранней Вселенной от телескопа "Джеймс Вебб"](https://images.astronet.ru/pubd/2023/01/18/0001872904/MacsClusterLens_Webb_960.preview.jpg)
18.01.2023
Gravitational lensing by the galaxy cluster MACS0647 -- in which the massive foreground cluster distorts and lenses the light emitted by distant background galaxies along the line of sight Б is on vivid display here in this recent multi-color infrared image from the James Webb Space Telescope (JWST).
![Строительство галактик в ранней Вселенной](https://images.astronet.ru/pubd/2007/09/10/0001223437/galaxylego_hst.preview.jpg)
10.09.2007
What was the very early universe like? To help find out, astronomers pointed the Hubble Space Telescope between bright nearby objects to create one of the deepest images ever -- the Hubble Ultra Deep Field (HUDF). The resulting HUDF is like a jewel box of strange and distant galaxies.
![Скопление галактик в ранней Вселенной](https://images.astronet.ru/pubd/2004/02/26/0001196709/rdcs1252_xray_opt_c1.preview.jpg)
26.02.2004
Long before medieval alchemists dreamed of transmuting base metals to gold, stellar furnaces in this massive cluster of galaxies - cataloged as RDCS 1252.9-2927 - had transformed light elements into heavy ones. In the false-color composite image individual cluster galaxies can be seen at optical and near-infrared wavelengths, shown in red, yellow, and green colors.
![Эарендел: звезда в ранней Вселенной](https://images.astronet.ru/pubd/2022/04/06/0001825653/LensedStar_Hubble_960.preview.jpg)
6.04.2022
Is Earendel the farthest star yet discovered? This scientific possibility started when the Hubble Space Telescope observed a huge cluster of galaxies. The gravitational lens effectбof this cluster was seen to magnify and distort a galaxy far in the background.
![Сверхновая и цефеиды в спиральной галактике UGC 9391](https://images.astronet.ru/pubd/2016/06/06/0001363857/UGC9391_hubble_960_annotated.preview.jpg)
6.06.2016
What can this galaxy tell us about the expansion rate of the universe? Perhaps a lot because UGC 9391, featured, not only contains Cepheid variable stars (red circles) but also a recent Type Ia supernova (blue X).
![Холодное пятно в реликтовом излучении](https://images.astronet.ru/pubd/2011/03/21/0001250544/cmb7_wmap_circle_900.preview.jpg)
21.03.2011
How could part of the early universe be so cold? No one is sure, and many astronomers now think that the CMB Cold Spot on the cosmic microwave background (CMB) radiation is not particularly noteworthy. As the early universe expanded and cooled, it suddenly and predictably became transparent.
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