Trapezium Cluster In The Heart of M42
Taken by Philip Smith on November 3, 2022 @
Manorville, NY USA
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Camera Used: Unavailable Unavailable
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Date Taken: 2022:11:06 14:19:50
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Details:
On 11-03-22 I thought it would be fun to mage the Trapezium Cluster in the Heart Of M42 "Orions Nebula" from my Manorville NY observatory. The seeing was average. My imaging setup was a ZWO ASI224MC Color Camera with a UV/IR cut filter and a ZWO (ADC) 1.25" Atmospheric Dispersion Corrector adapter no Barlow Lens. My telescope was an Edge HD 14'' OTA on a AP1600GTO mount.
Please Note: I read this on line and thought I would share this interesting information I got from the Wikipedia https://en.wikipedia.org/wiki/Trapezium_Cluster The Trapezium or Orion Trapezium Cluster, also known by its Bayer designation of Theta1 Orionis, is a tight open cluster of stars in the heart of the Orion Nebula, in the constellation of Orion. It was discovered by Galileo Galilei. On 4 February 1617 he sketched three of the stars (A, C and D), but missed the surrounding nebulosity. A fourth component (B) was identified by several observers in 1673, and several more components were discovered later like E, for a total of eight by 1888. Subsequently, several of the stars were determined to be binaries. Telescopes of amateur astronomers from about 5-inch (130 mm) aperture can resolve six stars under good seeing conditions.
The Trapezium is a relatively young cluster that has formed directly out of the parent nebula. The five brightest stars are on the order of 15 to 30 solar masses in size. They are within a diameter of 1.5 light-years of each other and are responsible for much of the illumination of the surrounding nebula. The Trapezium may be a sub-component of the larger Orion Nebula Cluster, a grouping of about 2,000 stars within a diameter of 20 light-years.
Identification
The Trapezium is most readily identifiable by the asterism of four relatively bright stars for which it is named. The four are often identified as A, B, C and D in order of increasing right ascension. The brightest of the four stars is C, or Theta1 Orionis C, with an apparent magnitude of 5.13. Both A and B have been identified as eclipsing binaries.
Infrared images of the Trapezium are better able to penetrate the surrounding clouds of dust, and have located many more stellar components. About half the stars within the cluster have been found to contain evaporating circumstellar disks, a likely precursor to planetary formation. In addition, brown dwarfs and low-mass runaway stars have been identified. Hope you like my images. Kind Regards To ALL 🙂
Photographer's website:
https://www.facebook.com/philip.smith.5686
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