Hubble: 20 years head in the stars:
Put into orbit April 24, 1990, Hubble reveals the past 20 years, the wonders of the universe like the Carina Nebula shown above.
Sky Disc:
Without the initiation of Hubble, astronomers would surely missed magnificent galaxies like the Black Eye or Sleeping Beauty.
Mosaic color:
This image is one of the most famous of Hubble, it is the
famous Crab Nebula.
Halo:
The telescope has not lost a U.S. crumb of the explosion of the super giant star V838 Monocerotis January 6, 2002.
Galaxy Ultra Slim:
This photograph of galaxy spiral is a marvel of photography. The concentric waves of dust around the galactic core.
Luminous rings of Saturn:
Excels in Hubble images of planets. Here we see the rings of Saturn.
X-rays:
The Hubble launch was originally planned in 1986 but was postponed following the accident of space shuttle Challenger occurred the same year.
Look them in the eyes!
The Hubble telescope is moving at 600 km altitude and performs around the Earth every 100 minutes. Here, the famous Eye Nebula Cat.
Birth of stars by thousands:
Hubble is equipped with an armada of instruments to make beautiful cliches like that of a region where stars are born not thousands.
A Patchwork Universe:
The telescope is equipped with a photometer, 2 spectrographs, mirrors, reflectors and also photographs of two rooms. With this technology, Hubble provides an enchanting face of the Universe.
A multicolored spirograph:
The Spirograph Nebula shown above is named after the famous drawing tool cyclical.
Full circle!
With its 4.2 meter diameter telescope Hubble is not missed this loop of the Swan.
Deploying wings luminueses:
ESA has strongly collaborated with NASA to develop a telescope of such precision that can provide photographs as sharp and colorful than the Lagoon Nebula.
A nocturnal insect:
Nearly five interventions on the Hubble telescope were necessary to recalibrate the instruments. This pemret to get new designs like the Butterfly Nebula.
Heavenly Union:
There is here the heart of the Southern Crab Nebula. It looks like two beautiful rings of fire intertwined.
A spiral that is worth gold:
Hubble has cost a whopping $ 2 billion dollars. With that, he can make beautiful pictures like the galxie spiral NGC 1365.
Open arms:
The arms of the galaxy NGC 4622 invite you to a galactic journey. This galaxy lies in the constellation Centaurus, 200 million light years.
Clusters of galactic dust:
Hubble has been a final fitness in 2009. NASA will replace the telescope in 2014. Above: release of gas and dust of the Cone Nebula.
An explosion of stars:
James Webb Space Telescope is the successor of official Hubble. It will give such beautiful clcihes Hubble. Here we see the direct death of a star.
Eagle approach:
It ends with one of the most beautiful pictures taken by Hubble: the Eagle Nebula.
One of the biggest challenges currently facing the scientific community is to share the fruits of their work to the rest of society. Society today demands the dissemination of research and looks at the achievements, need to know how to go back to your own health or life research outcomes.
Photography and image are suitable tools to help bridge this distance, serving as a bridge connecting with the immediacy of the image to convey concepts, and the undoubted beauty of many images in the scientific field. Also, from the pedagogical point of view, the images in science will bring the school to another reality that is almost always known by their limited distribution.
Scientists from the Deep Impact mission to begin work with the first data and images that are still coming to NASA from the space probe. The amount of information being given and early results show interesting spectacle of some of the pictures taken, even though processed digitally, have not left anyone indifferent.welve hours after the impact, investigators have not yet been able to observe the new crater formed as ejections of material thrown into space covering the entire area. Anyway, it is expected that the digital processing of images reveals the point of impact and allow measurements of the structure and composition of the comet. Scientists believe that it will take a week to perform the digital processing of all data before determining the exact size and depth of the crater. Based on the observed effects, is pretty sure that its size is quite large. 
Studies conducted before the collision indicated that the size of the crater could be formed between a house and a sports stadium. Along the lines of our planet, the impact would release energy equivalent to 4.5 tons of TNT, creating a structure 30 meters in diameter. Although the energy released during the collision, Tempel 1 would be on roughly the same, the effects on the surface of the cometary nucleus should be quite different, due to its low gravity and density. The impact of the probe Deep Impact is vaporized during the collision. The images show the probe over a sudden flash during the time when the impactor hits the surface cometary, flash being gradually intensifying while generating a plume of ejecta to soar into space. During the ejection of material is also observable in the shadow of the plume itself, which is projected on the icy cometary surface.