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ASTRONOMICAL OBJECTS

Identification of extrasolar planet host star

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Hubble Space telescope observed and identified the host star to a gravitationally lensed planet first discovered in 2003 by ground-based telescopes.

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A foreground red star and planet drifts toward the sky position of a much farther sunlike background star................

Beta Pictoris Disk Hides Giant Elliptical Ring System (Hubble View and Face On Model)

The planetary dust disk around the star Beta Pictoris is dynamically 'ringing like a bell, ' according to astronomers investigating ................

Simulated image of planetary formation

False colour image of two gas giant protoplanets that have formedquickly in a disk of gas and dust. Each of the two protoplanets(yellow-red blobs) contains several Jupiter-masses of gas and dust................

Warped Disc around Beta Pictoris

This is a visible light image of the disk, which appears spindle-like because it is tilted nearly edge-on to our view.

The disk is made up of microscopic dust grains of ices and silicate particles, and shines by reflected light from the star................

FEATURED SCIENCE-CAST

BRIGHT EXPLOSION ON THE MOON



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MXPlank Picture Of The Day From The Space




Hubble contributes to painting a picture of the evolving Universe


The Hubble Deep Field from 1995 allowed astronomers a first glimpse into the early Universe. This first picture was followed later by an even deeper observation, the Hubble Ultra Deep Field in 2004. Both images were observed in visible light, the same form of light human eyes can see. But astronomers are also interested in the many forms of invisible light out in the Universe. Therefore, the Ultra Deep Field was later observed in the infrared and the ultraviolet as well, allowing scientists to learn even more about the Universe and to look back even further into its history.

It is less known that the famous deep field observations were not the only images the NASA/ESA Hubble Space Telescope took of the distant Universe. Hubble is also an essential part of the GOODS (The Great Observatories Origins Deep Survey) programme, which unites extremely deep observations from several space telescopes: NASA’s Spitzer and Chandra; ESA's Herschel and XMM-Newton; and Hubble.

Together these observatories observe two patches of the sky, the GOODS North and the GOODS South fields, with the aim of studying it in as many different wavelengths as possible. The new image here shows part of the GOODS North Field; it includes new Hubble data at ultraviolet wavelengths in addition to the existing data. Because Earth’s atmosphere filters out most ultraviolet light, these observations can only be accomplished from space.

The observation programme, called the Hubble Deep UV (HDUV) Legacy Survey, harnessed the ultraviolet vision of Hubble’s Wide Field Camera 3. This study extends and builds on the previous Hubble multi-wavelength data in the CANDELS-Deep (Cosmic Assembly Near-infrared Deep Extragalactic Legacy Survey) fields within the central part of the GOODS (The Great Observatories Origins Deep Survey) fields. This mosaic is 14 times the area of the Hubble Ultraviolet Ultra Deep Field released in 2014.










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MXPlank Fractal Geometry Video Of The Day


FRACTAL OCTAGON DIMENSIONS


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Fractal Farbenpracht Dimensions Pattern

Fractal Wormhole Blue Vortex Lights

Fractal Decimal Dimensions Pattern

Fractal 3D Dark Blue Chaos

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