Almost 99 percent of the entire Universe is consist of Hydrogen which is the most simple and fundamental element in the Periodic table. Oregon State University professor May Nyman looked into the Big Bang theories to find the answer to the question: Why Hydrogen is the most common element in Universe
Cosmic convention or cosmic arrangement is also defined by a Galaxy formation. After the post-Big Bang period, the high-density and the high-temperature state expanded and formed this endless Universe.
The limitless space of the Universe contained with uncountable stars, several planetary systems, Pulsars, black holes, Nebula, Supernovas etc. Apart from these cosmic objects, some distinct properties also result after the Big Bang. Scientist presumes these properties may hold the answer of the early stage of the Universe.
European Southern Observatory's powerful telescope discovered that 10 billion years ago star-forming galaxies were dominated by normal matter. Dark matters cannot emit, absorb or reflect light, It could only be observed via its gravitational effects.
In Trappist-1 world, the planets are so close together that life forms can hop between them. Scientists believe the planets named Trappist-1 'e', 'f' and 'g' have the essential elements to support life.
Artificial intelligence algorithm will help the astronomers and scientists to map the dynamics of the universe. Neural nets are kind of artificial brain that mimicking the way we think and it is steadily being used to unravel the universe mysteries.
Adding to the tally of last year's 3 Earth like planets, NASA discovered 4 more such planets. The latest finding revives the search for life beyond our planet.
A new study confirms that our 13.8 billion-year-old universe is slowly fading out. Galaxy And Mass Assembly (GAMA), an Australian-led project, has been measuring the energy output of stars for the last few years.
It may sound silly to wonder if our huge, vast universe is 3D, but that's exactly what scientists are now beginning to question. According to a new study, some scientists now believe that the Universe is really just a hologram.
Astronomers have discovered the largest known structure in the universe, but it may not be what you think it is. The biggest structure ever identified in the universe is a gigantic hole in the universe known as the supervoid.
Looking to gather a clearer view of the history of our Universe, researchers with the ESA’s Planck satellite constructed a new image of the entire sky, utilizing Cosmic Microwave Background (CMB) fossil light originating only 380,000 years after the creation of the Universe. The new sky map uncovers the polarized light from the Universe’s early formation, and reveals that the first stars may have originated far later than researchers once thought.
For years, astronomers have pondered the origins and the contents of the mysterious G2 object floating in the center of the Milky Way galaxy. Drifting towards the galaxy’s supermassive black hole, the passing cloud was thought to be composed entirely of hydrogen gas, giving it the nickname “G2”. But earlier this past summer researchers found that G2 had come in close contact with the black hole, and it survived—leading them on a new theory as to what the mysterious object could be.
It’s been a flyby anticipated for months, and one whose arrival sparked much commotion at NASA’s headquarters this past weekend. Hurtling through the night sky at nearly 125,000 miles per hour, Comet C/2013 A1 Siding Spring passed right by the planet Mars early Sunday afternoon, Oct. 19, coming in close contact with the Martian outer atmosphere at about 2:27pm ET.