1. Simple Beauty of Cassini

    Top- Saturns Outside rings

    Bottom- Saturnian Moon Tethys

    Images credit- NASA/JPL/SSI

  2. 28 July 2014

    52 notes

    Reblogged from
    spacettf

    spacettf:

sunshot 26.07.2014 by Graham M Green on Flickr.
Tramite Flickr: Captured 26.07.2014 14:46 BST Imaging conditions poor.

    spacettf:

    sunshot 26.07.2014 by Graham M Green on Flickr.

    Tramite Flickr:
    Captured 26.07.2014
    14:46 BST
    Imaging conditions poor.

  3. 26 July 2014

    68 notes

    Reblogged from
    spacettf

    spacettf:

The Venus,The Crescent Moon and Rocks by M.UEMURA…Thank you for 1,500,000+ viewings on Flickr.

    spacettf:

    The Venus,The Crescent Moon and Rocks by M.UEMURA…Thank you for 1,500,000+ viewings on Flickr.

  4. spaceplasma:

Jupiter’s Irregular Satellites

The planet Jupiter has 67 confirmed moons. This gives it the largest retinue of moons with “reasonably secure” orbits of any planet in the Solar System. In fact, Jupiter and its moons are like a miniature solar system with the inner moons orbiting faster than the others. Eight of Jupiter’s moons are regular satellites, with prograde and nearly circular orbits that are not greatly inclined with respect to Jupiter’s equatorial plane. The remainder of Jupiter’s moons are irregular satellites, whose prograde and retrograde orbits are much farther from Jupiter and have high inclinations and eccentricities. These moons were probably captured by Jupiter from solar orbits. There are 17 recently discovered irregular satellites that have not yet been named.

Image Credit: NASA/ESA/Lowell Observatory/J. Spencer/JHU-APL

    spaceplasma:

    Jupiter’s Irregular Satellites

    The planet Jupiter has 67 confirmed moons. This gives it the largest retinue of moons with “reasonably secure” orbits of any planet in the Solar System. In fact, Jupiter and its moons are like a miniature solar system with the inner moons orbiting faster than the others. Eight of Jupiter’s moons are regular satellites, with prograde and nearly circular orbits that are not greatly inclined with respect to Jupiter’s equatorial plane. The remainder of Jupiter’s moons are irregular satellites, whose prograde and retrograde orbits are much farther from Jupiter and have high inclinations and eccentricities. These moons were probably captured by Jupiter from solar orbits. There are 17 recently discovered irregular satellites that have not yet been named.

    Image Credit: NASA/ESA/Lowell Observatory/J. Spencer/JHU-APL

  5. Cassini eyes two moons and the outside rings
Right after the larger moon exits frame, another object is visible if you look closely, transiting right to left behind the rings. I’m not sure what this is. 
Image Credit: NASA/JPL/Space Science Institute
animation: framesandflames

    Cassini eyes two moons and the outside rings

    Right after the larger moon exits frame, another object is visible if you look closely, transiting right to left behind the rings. I’m not sure what this is. 

    Image Credit: NASA/JPL/Space Science Institute

    animation: framesandflames

  6. Rapatronic Photography of the Trinity Nuclear bomb Test

    Photography which captures frames at 1/1,000,000th of a second. showing the evolution of atomic energy though the first milliseconds of the blast

  7. stoneriree said: How do you make a time lapse gif of the sky at night

    take a series of long exposure shots at a set time interval. play the frames in sequence. the length of exposure will drastically change how your time lapse looks. if u want cloud motion- use no more than 3-6 seconds exposure time. if you want star motion, go longer like maybe 20 seconds of exposure. for best results- you will need a decent DSLR with an intervelometer and a tripod. or just something you can take long exposure shots every couple seconds easily. really you just need a point and shoot and a timer for the minimum. things to remember- stabilization make sure your camera is stable, because stabilizing footage frame by frame sucks a lot. planes- the longer your exposure time, the longer the plane light trails will be, varying the look of your lapse. 

  8. alanfriedman:

…A different telling of the same story.

    alanfriedman:

    …A different telling of the same story.

  9. featherandarrow:

Titan aka the Mermaid Moon

Credit: NASA/JPL/University of Arizona

    featherandarrow:

    Titan aka the Mermaid Moon

    Credit: NASA/JPL/University of Arizona

  10. gravitationalbeauty:

NGC 7023: The Iris Nebula

    gravitationalbeauty:

    NGC 7023: The Iris Nebula

  11. xysciences:

A map of all the known asteroids in the Solar System. 
[Click for more interesting science facts and gifs]

    xysciences:

    A map of all the known asteroids in the Solar System. 

    [Click for more interesting science facts and gifs]

  12. silicongarden:

Dark Matter Streams

    silicongarden:

    Dark Matter Streams

  13. ucresearch:

An invisible force at the center of our galaxy
Scientists have theorized that our Milky Way galaxy has a super massive black hole at the center of it, but how did this idea come about?  How do astronomers measure something that has actually never been seen in our telescopes?
Above is an animation of star movements in our galaxy over the past 16 years.  They all orbit around a point that emits no light in our galaxy.  We can measure the mass of these stars and calculate that their orbits require an object with the mass of 4 million Suns.  So far this points to a super massive black hole in our galaxy.
Read more about how galaxies obtain these supermassive objects →

    ucresearch:

    An invisible force at the center of our galaxy


    Scientists have theorized that our Milky Way galaxy has a super massive black hole at the center of it, but how did this idea come about?  How do astronomers measure something that has actually never been seen in our telescopes?

    Above is an animation of star movements in our galaxy over the past 16 years.  They all orbit around a point that emits no light in our galaxy.  We can measure the mass of these stars and calculate that their orbits require an object with the mass of 4 million Suns.  So far this points to a super massive black hole in our galaxy.

    Read more about how galaxies obtain these supermassive objects →

  14. Liberty and stuff. 

Phone photo from my circle line trip

    Liberty and stuff.

    Phone photo from my circle line trip