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Articles tagged: Uranus

  • David Whitehouse, Space 2069, space colonisation, Space Exploration October 2020 Space 2069 - back to the Moon, to Mars and beyond

    ... the asteroid belt and beyond to the gas giants of Jupiter and Saturn, and the ice giants of Uranus and Neptune in the cold, dark outer reaches of the solar system beyond. Then, in the century after...

    • David Whitehouse
    • Space 2069
    • space colonisation
    • Space Exploration
    Authors: David Whitehouse    
  • gravitational frontier, solar Lagrange points, solar portal, Solar System October 2026 Redefining the edge of the solar system

    ... capture thick envelopes of gas. The result was our set of gas and ice giants: Jupiter, Saturn, Uranus and Neptune, each with a sprawling architecture of moons, rings and resonant orbital patterns. Interstellar visitors such...

    • gravitational frontier
    • solar Lagrange points
    • solar portal
    • Solar System
    Authors: Edward Belbruno     James Green    
  • exoplanet atmospheres, HAT-P-26b, Hubble Space Telescope, Spitzer Space Telescope, Warm Neptune 12 May 2017 Warm Neptune with primitive atmosphere discovered

    ... development, or closer to its host star, or perhaps both – a stark contrast compared to how scientists think Neptune and Uranus formed in our own Solar System. "Astronomers have just begun to investigate the atmospheres of these distant Neptune...

    • exoplanet atmospheres
    • HAT-P-26b
    • Hubble Space Telescope
    • Spitzer Space Telescope
    • Warm Neptune
  • exoplanets, Kepler K2 mission, terrestrial planets, transit method, transit zones 11 September 2017 Are we being watched from afar?

    ... on blocking out the light than our distant but more massive gas giant neighbours, I.e Jupiter, Saturn, Uranus, and Neptune. "Larger planets would naturally block out more light as they pass in front of their star...

    • exoplanets
    • Kepler K2 mission
    • terrestrial planets
    • transit method
    • transit zones
  • heliopause, interstellar hydrogen, Plasma Science (PLS) instrument, termination shock (TS), Voyager 1 01 November 2017 Voyager 1 spies unexpected light at the outer edges of the Solar System

    ... and furthest human-made objects in the Universe. Voyager 1 and 2 initially set out to explore Jupiter, Saturn, Uranus and Neptune, but once this task was complete, the twin spacecraft extended their mission to study...

    • heliopause
    • interstellar hydrogen
    • Plasma Science (PLS) instrument
    • termination shock (TS)
    • Voyager 1
  • core accretion, Jupiter, meteorites, Nature, protostellar disk 27 August 2018 Meteorites give clues as to how Jupiter was built

    ...) over a few million years before rapid gas accretion takes place, then intermediate mass planets such as Uranus and Neptune can be naturally accounted for.

    • core accretion
    • Jupiter
    • meteorites
    • Nature
    • protostellar disk
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