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An astronomer observes Alpha Centauri through the Magellan Clay Telescope's eyepiece using a new active adaptive optics system (MagAO). The inset shows a diffraction-limited view of the binary star system, showcasing the system's ability to eliminate atmospheric blurring for incredibly sharp images.

An astronomer observes Alpha Centauri through the Magellan Clay Telescope's eyepiece using a new active adaptive optics system (MagAO). The inset shows a diffraction-limited view of the binary star system, showcasing the system's ability to eliminate atmospheric blurring for incredibly sharp images.

Astronomy Picture from 07/05/2015

At the Limit of Diffraction

Source: https://apod.nasa.gov/apod/ap150507.html


#AdaptiveOptics #AlphaCentauri #MagellanTelescope #Astronomy #DiffractionLimited #LasCampanasObservatory #Stargazing #DoubleStar #NightSky

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A stunning near-infrared image of Messier 43, a star-forming region adjacent to the Great Orion Nebula.  Captured using the Magellan telescopes in Chile, this composite image reveals hidden details of interstellar dust and cool brown dwarf stars, showcasing the vibrant colors of this cosmic landscape. The image spans approximately 5 light-years across at a distance of 1,500 light-years from Earth.

A stunning near-infrared image of Messier 43, a star-forming region adjacent to the Great Orion Nebula. Captured using the Magellan telescopes in Chile, this composite image reveals hidden details of interstellar dust and cool brown dwarf stars, showcasing the vibrant colors of this cosmic landscape. The image spans approximately 5 light-years across at a distance of 1,500 light-years from Earth.

Astronomy Picture from 10/07/2015

Messier 43

Source: https://apod.nasa.gov/apod/ap150710.html


#Messier43 #NearInfrared #StarFormation #OrionNebula #MagellanTelescope #ChileanAndes #Astronomy #Space #Cosmology #Astrophysics #DeepSpace #Nebula #Stars #BrownDwarfs

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