Special 'Space Snowflake': NASA Highlights Newborn Star Formation in 'Christmas Tree Cluster'

CC BY 4.0 / ESO / NGC 2264 NGC 2264, featuring the inverted Christmas Tree cluster above the cone. The Snowflake nebula in the center shows up better on an infrared version of the image.
NGC 2264, featuring the inverted Christmas Tree cluster above the cone. The Snowflake nebula in the center shows up better on an infrared version of the image. - Sputnik International
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The snowflake-shaped star formation spotted by the Spitzer Space Telescope is not expected to last, astronomers note, as the newborn stars which comprise it are expected to eventually drift away from one another.

As Christmas season descended upon the world, astronomers operating NASA’s Spitzer Space Telescope seem to have decided to mark the occasion in style as they released an image of a peculiarly-shaped star formation

Located in the so called Christmas Tree Cluster, the formation in question appears to be a group of newborn stars, or “protostars”, which seem to have formed in “regularly spaced intervals along linear structures in a configuration that resembles the spokes of a wheel or the pattern of a snowflake”, which prompted scientists to name it the “Snowflake Cluster”, a statement on NASA’s website notes,

​The space agency also notes that these stars, which are only about 100,000 years old, are expected to eventually drift apart from one another and thus this snowflake configuration will be no more.

The Spitzer Space Telescope that provided the aforementioned image is expected to be retired by NASA in January 2020.

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