Celestial hemisphere:  Northern  ·  Constellation: Taurus (Tau)  ·  Contains:  12.61  ·  16 Tau  ·  164 Eva  ·  17 Tau  ·  18 Tau  ·  19 Tau)  ·  19 q Tau  ·  20 Tau  ·  21 Tau  ·  22 Tau  ·  23 Tau  ·  24 Tau  ·  25 Tau)  ·  25 eta Tau  ·  26 Tau  ·  27 Tau  ·  28 Tau  ·  Alcyone  ·  Asterope  ·  Atlas  ·  Barnard's Merope Nebula  ·  Celaeno  ·  Electra  ·  IC 349  ·  IC 353  ·  LBN 770  ·  LBN 771  ·  LBN 772  ·  LBN 774  ·  LBN 776  ·  And 30 more.
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Pleiades and Friends, James R Potts
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Pleiades and Friends

Getting plate-solving status, please wait...
Pleiades and Friends, James R Potts
Powered byPixInsight

Pleiades and Friends

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Acquisition details

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Description

This was in interesting experiment.  I had seen an image of M45 with an emission nebula nearby and I had hoped to capture that.  Per my review of Sky Safari I found IC 353 nearby and it was described as a Bright nebula, so I figured that was my emission nebula.  Well after almost 14 hours of data, including 5.5 hours of NB images, I determined IC 353 is reflection nebula.  I did capture some faint Ha emission in the area, but not what I remember seeing.  So after processing this image I did some researching on IC 353 and determined it indeed is a faint reflection nebula.  I originally tried this in Jan 2023 using my OSC, but my APP images were terrible, so I kind of abandoned the project.  Since M45 is around again, I thought I would add some Mono LRGB and Ha images and try to process using PI.

Even though I did not capture what I had originally intended, I think this turned into a pretty interesting image with lots of things to see.  Of note, is PGC 13696 /  UGC 2838 is a side on view of a spiral galaxy around 283 million light years away that you can see in Pleiades toward the left.  I had never noticed that Galaxy before.

The processing was interesting and time consuming since I used a OSC and a mono camera.  On my OSC broadband images, I used APP to separate out the channels in RGB and I used APP to extract the Ha on my OSC NB images.  I then stacked the HaLRGB images in APP and processed the Fits in PI.  

Pixinsight steps:
GraXpert - all images
FITs Header, all images
Image Solve
LGB Combine RGB images
SPCC - RGB image
BlurX, all images
NoiseX, all images
GH Stretch - RGB, Lum & Ha
LGB Combine - Add Lum
Pixel Math - Add Ha (formula from VisibleDark youtube)
HDRM MT slight adjustments
Local Histogram Equalization, slight sharpening

Some minor Raw Filter touch up in PS.

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