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Articles tagged: prokaryote

  • Archaean, M. sedula, Metallosphaera sedula, meteorites, prokaryote 09 December 2019 Metal-loving microbe prefers eating meteorites than earth rocks

    ... micron in diameter with hair-like structures protruding from its surface. M. sedula is a type of Archaean which is a type of prokaryote and on Earth, they literally get almost everywhere; some varieties can be found living in the stomachs of humans...

    • Archaean
    • M. sedula
    • Metallosphaera sedula
    • meteorites
    • prokaryote
  • fractal evolution, fractal universe, post-humanity, Sergei Khaitun October 2015 From post-humanity to fractals: is human space exploration doomed?

    .... Perhaps a different organic species will replace humans. That may not happen, just like it didn’t happen to prokaryotic organisms. These single-celled organisms didn’t disappear when eukaryotic organisms appeared on Earth. Something similar could...

    • fractal evolution
    • fractal universe
    • post-humanity
    • Sergei Khaitun
    Authors: Sergei Khaitun    
  • fractal universe, post-human civilisation, Space Exploration, universal expansion January 2023 Is human space exploration DOOMED?

    .... Perhaps a different organic species will replace humans. That may not happen, just like it didn’t happen to prokaryotic organisms. These single-celled organisms didn’t disappear when eukaryotic organisms appeared on Earth. Something similar could...

    • fractal universe
    • post-human civilisation
    • Space Exploration
    • universal expansion
    Authors: Sergei Khaitun    
  • exoplanets, Hubble Space Telescope, hydrogen-rich, The James Webb Space Telescope (JWST), yeast 04 May 2020 Exoplanets with hydrogen-rich atmospheres could harbour life

    ... of which include eukaryotes. Eukaryotes are organisms whose cells have a nucleus enclosed within membranes, like yeast. Prokaryotes on the other hand, like escherichia coli and other bacteria, have no membrane-bound organelles. The team...

    • exoplanets
    • Hubble Space Telescope
    • hydrogen-rich
    • The James Webb Space Telescope (JWST)
    • yeast
  • habitabilty, life on Earth, Moon, Snowball Earth, tidal heating 26 November 2021 A closer Moon could have helped the early habitability of our planet

    ... 3.8 billion years ago, a common ancestor gave rise to two main groups of life; archaea, a group of single-celled prokaryotic organisms, and bacteria. But even at this early stage, for life as we know it to flourish, it needs access to liquid...

    • habitabilty
    • life on Earth
    • Moon
    • Snowball Earth
    • tidal heating

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