On the last test flight a few weeks ago both the booster and ship did powered soft landings in the ocean (even with the ship’s flap melting a bit)

I’m guessing it’s called that because it’s kinda headphone shaped. It was discovered in the 30’s so I’m assuming only the brightest parts of the nebula were visible to the astronomers.

This image is a combination of false color narrowband images for the nebula itself, plus true color RGB stars (the nebula is mostly red and a little blue in true color). If you zoom in to the center you can see the very blue white dwarf that caused the planetary nebula to form. Also for those curious this is what a single 10 minute long Ha exposure looks like (image total is 83.5 hours exposure). Captured over 33 nights from Jan-May 2024 from a bortle 9 zone.

Places where I host my other images:

Flickr | Instagram

Equipment:

• TPO 6" F/4 Imaging Newtonian

• Orion Sirius EQ-G

• ZWO ASI1600MM-Pro

• Skywatcher Quattro Coma Corrector

• ZWO EFW 8x1.25"/31mm

• Astronomik LRGB+CLS Filters- 31mm

• Astrodon 31mm Ha 5nm, Oiii 3nm, Sii 5nm

• Agena 50mm Deluxe Straight-Through Guide Scope

• ZWO ASI-290mc for guiding

• Moonlite Autofocuser

Acquisition: 83 hours 30 minutes (Camera at -15°C), NB exposures at unity gain and BB at half unity

• Ha - 238x600"

• Oiii - 247x600"

• R - 54x60"

• G - 53x60"

• B - 54x60"

• Darks- 30

• Flats- 30 per filter

Capture Software:

• Captured using N.I.N.A. and PHD2 for guiding and dithering.

PixInsight Preprocessing:

• BatchPreProcessing

• StarAlignment

• Blink

• ImageIntegration per channel

• DrizzleIntegration (2x, Var β=1.5)

• Dynamic Crop

• DynamicBackgroundExtraction 3x

duplicated each image and removed stars via StarXterminator. Ran DBE with a shitload of points to generate background model. model subtracted from original pic using the following PixelMath (math courtesy of /u/jimmythechicken1)

$T * med(model) / model

Narrowband Linear:

• Blur and NoiseXTerminator

• StarXterminator to completely remove stars (to be later replaced by the RGB ones)

• ArcsinhStretch to slightly stretch nonlinear

• iHDR 2.0 script (low preset) to stretch each channel the rest of the way.

here’s the link to the repo if you want to add it to your own PI install.

RGB Linear:

• ChannelCombination to combine monochrome R G and B frame into color image

• SpectroPhotometricColorCalibration

• BlurXTerminator for star sharpening (correct only)

• HSV Repair

• StarXterminator to generate a stars-only image

• ArcsinhStretch + HT to stretch nonlinear (to be combined with starless narrowband image later)

• Invert > SCNR > invert to remove magentas

• Curves to saturate the stars a bit more

Nonlinear:

• PixelMath to combine stretched Ha and Oiii images into color image (/u/dreamsplease’s palette)

R = iif(Ha > .15, Ha, (Ha*.8)+(Oiii*.2))

G = iif(Ha > 0.5, 1-(1-Oiii)*(1-(Ha-0.5)), Oiii *(Ha+0.5))

B = iif(Oiii > .1, Oiii, (Ha*.3)+(Oiii*.2))

• NoiseX again

• Background Neutralization

• Shitloads of Curve Transformations to adjust lightness, hues, contrast, saturation, etc

• even more curves

• Pixelmath to add in the stretched RGB stars only image from earlier

This basically re-linearizes the two images, adds them together, and then stretches them back to before. More info on it here)

mtf(.005,

mtf(.995,Stars)+

mtf(.995,Starless))

• Couple final curves

• Resample to 65%

• DynamicCrop

• Annotation

I’m guessing it’s called that because it’s kinda headphone shaped. It was discovered in the 30’s so I’m assuming only the brightest parts of the nebula were visible to the astronomers.

This image is a combination of false color narrowband images for the nebula itself, plus true color RGB stars (the nebula is mostly red and a little blue in true color). If you zoom in to the center you can see the very blue white dwarf that caused the planetary nebula to form. Also for those curious this is what a single 10 minute long Ha exposure looks like (image total is 83.5 hours exposure). Captured over 33 nights from Jan-May 2024 from a bortle 9 zone.

Places where I host my other images:

Flickr | Instagram

Equipment:

• TPO 6" F/4 Imaging Newtonian

• Orion Sirius EQ-G

• ZWO ASI1600MM-Pro

• Skywatcher Quattro Coma Corrector

• ZWO EFW 8x1.25"/31mm

• Astronomik LRGB+CLS Filters- 31mm

• Astrodon 31mm Ha 5nm, Oiii 3nm, Sii 5nm

• Agena 50mm Deluxe Straight-Through Guide Scope

• ZWO ASI-290mc for guiding

• Moonlite Autofocuser

Acquisition: 83 hours 30 minutes (Camera at -15°C), NB exposures at unity gain and BB at half unity

• Ha - 238x600"

• Oiii - 247x600"

• R - 54x60"

• G - 53x60"

• B - 54x60"

• Darks- 30

• Flats- 30 per filter

Capture Software:

• Captured using N.I.N.A. and PHD2 for guiding and dithering.

PixInsight Preprocessing:

• BatchPreProcessing

• StarAlignment

• Blink

• ImageIntegration per channel

• DrizzleIntegration (2x, Var β=1.5)

• Dynamic Crop

• DynamicBackgroundExtraction 3x

duplicated each image and removed stars via StarXterminator. Ran DBE with a shitload of points to generate background model. model subtracted from original pic using the following PixelMath (math courtesy of /u/jimmythechicken1)

$T * med(model) / model

Narrowband Linear:

• Blur and NoiseXTerminator

• StarXterminator to completely remove stars (to be later replaced by the RGB ones)

• ArcsinhStretch to slightly stretch nonlinear

• iHDR 2.0 script (low preset) to stretch each channel the rest of the way.

here’s the link to the repo if you want to add it to your own PI install.

RGB Linear:

• ChannelCombination to combine monochrome R G and B frame into color image

• SpectroPhotometricColorCalibration

• BlurXTerminator for star sharpening (correct only)

• HSV Repair

• StarXterminator to generate a stars-only image

• ArcsinhStretch + HT to stretch nonlinear (to be combined with starless narrowband image later)

• Invert > SCNR > invert to remove magentas

• Curves to saturate the stars a bit more

Nonlinear:

• PixelMath to combine stretched Ha and Oiii images into color image (/u/dreamsplease’s palette)

R = iif(Ha > .15, Ha, (Ha*.8)+(Oiii*.2))

G = iif(Ha > 0.5, 1-(1-Oiii)*(1-(Ha-0.5)), Oiii *(Ha+0.5))

B = iif(Oiii > .1, Oiii, (Ha*.3)+(Oiii*.2))

• NoiseX again

• Background Neutralization

• Shitloads of Curve Transformations to adjust lightness, hues, contrast, saturation, etc

• even more curves

• Pixelmath to add in the stretched RGB stars only image from earlier

This basically re-linearizes the two images, adds them together, and then stretches them back to before. More info on it here)

mtf(.005,

mtf(.995,Stars)+

mtf(.995,Starless))

• Couple final curves

• Resample to 65%

• DynamicCrop

• Annotation

Yeah if the smart scope is just doing all the work and spitting out an image on its own that’s fine. Generally as long as you include any kind of info about your processing steps it’s fine, and you can have it be as brief or detailed as you want (I know mine are on the longer side).

Personally I’m all for more detail = better. It’s a lot easier for people to give constructive criticism, and a good enough writeup can serve as a guide for those just learning how to process (and I’m always going back to my old posts just to remember how the hell I even processed a tricky image)

Hi OP can you include acquisition/processing info per rule 5?

Hi OP can you include acquisition/processing info per rule 5?

Sh2-64 is the red nebula to the right of the image. It frames up pretty well with the more golden stars seen in the milky way core. I probably should’ve gotten more exposure time to help bring out some of the dark nebula details, but it was only clear for one night at the dark site (at least the night went perfectly, which is rare for trips out to the middle of nowhere). Captured on June 7th, 2024 from a Bortle 3 zone (Deerlick Astronomy Village)

Places where I host my other images:

Flickr | Instagram

Equipment:

• TPO 6" F/4 Imaging Newtonian

• Orion Sirius EQ-G

• ZWO ASI1600MM-Pro

• Skywatcher Quattro Coma Corrector

• ZWO EFW 8x1.25"/31mm

• Astronomik LRGB+CLS Filters- 31mm

• Astrodon 31mm Ha 5nm, Oiii 3nm, Sii 5nm

• Agena 50mm Deluxe Straight-Through Guide Scope

• ZWO ASI-290mc for guiding

• Moonlite Autofocuser

Acquisition: 5 hours 44 minutes (Camera at half unity gain -15°C)

• L - 76x120"

• R - 32x120"

• G - 32x120"

• B - 32x120"

• Darks- 30

• Flats- 30 per filter

Capture Software:

• Captured using N.I.N.A. and PHD2 for guiding and dithering.

PixInsight Preprocessing:

• BatchPreProcessing

• StarAlignment

• Blink

• ImageIntegration per channel per panel

• DrizzleIntegration (2x, Var β=1.5)

• Dynamic Crop

• DynamicBackgroundExtraction

Luminance Linear:

• BlurXterminator (Correct only)

• NoiseXterminator

• HistogramTransformation + sketchpad’s iHDR script (low preset) to stretch to nonlinear

RGB Linear:

• ChannelCombination to combine monochrom R G and B stacks into color image

• SpectrophotometricColorCalibration

• BlurXterminator (correct only)

• HSV repair

• ArcsinhStretch + iHDR script (low preset) to stretch to nonlinear

Nonlinear Processing:

• LRGBCombination using stretched L as luminance

• DeepSNR

• Various curve adjustments for lightness, contrast, hue, saturation, etc (with varying lum/star masks)

• Slight SCNR green

• ColorSaturation to boost the saturation of the Ha region

• More curves

• NoiseXterminator

• invert > SCNR > invert to remove some magentas

• LocalHistogramEqualization

two rounds at scale 16 and 132 to target different sized structures

• LOTS more curve adjustments

• MultiscaleLinearTransform for chrominance noise reduction

• Even more curves

• Resample to 60%

• Annotation

Sh2-64 is the red nebula to the right of the image. It frames up pretty well with the more golden stars seen in the milky way core. I probably should’ve gotten more exposure time to help bring out some of the dark nebula details, but it was only clear for one night at the dark site (at least the night went perfectly, which is rare for trips out to the middle of nowhere). Captured on June 7th, 2024 from a Bortle 3 zone (Deerlick Astronomy Village)

Places where I host my other images:

Flickr | Instagram

Equipment:

• TPO 6" F/4 Imaging Newtonian

• Orion Sirius EQ-G

• ZWO ASI1600MM-Pro

• Skywatcher Quattro Coma Corrector

• ZWO EFW 8x1.25"/31mm

• Astronomik LRGB+CLS Filters- 31mm

• Astrodon 31mm Ha 5nm, Oiii 3nm, Sii 5nm

• Agena 50mm Deluxe Straight-Through Guide Scope

• ZWO ASI-290mc for guiding

• Moonlite Autofocuser

Acquisition: 5 hours 44 minutes (Camera at half unity gain -15°C)

• L - 76x120"

• R - 32x120"

• G - 32x120"

• B - 32x120"

• Darks- 30

• Flats- 30 per filter

Capture Software:

• Captured using N.I.N.A. and PHD2 for guiding and dithering.

PixInsight Preprocessing:

• BatchPreProcessing

• StarAlignment

• Blink

• ImageIntegration per channel per panel

• DrizzleIntegration (2x, Var β=1.5)

• Dynamic Crop

• DynamicBackgroundExtraction

Luminance Linear:

• BlurXterminator (Correct only)

• NoiseXterminator

• HistogramTransformation + sketchpad’s iHDR script (low preset) to stretch to nonlinear

RGB Linear:

• ChannelCombination to combine monochrom R G and B stacks into color image

• SpectrophotometricColorCalibration

• BlurXterminator (correct only)

• HSV repair

• ArcsinhStretch + iHDR script (low preset) to stretch to nonlinear

Nonlinear Processing:

• LRGBCombination using stretched L as luminance

• DeepSNR

• Various curve adjustments for lightness, contrast, hue, saturation, etc (with varying lum/star masks)

• Slight SCNR green

• ColorSaturation to boost the saturation of the Ha region

• More curves

• NoiseXterminator

• invert > SCNR > invert to remove some magentas

• LocalHistogramEqualization

two rounds at scale 16 and 132 to target different sized structures

• LOTS more curve adjustments

• MultiscaleLinearTransform for chrominance noise reduction

• Even more curves

• Resample to 60%

• Annotation

Omega Centauri is the largest globular cluster in the sky and contains about 10 million stars, but it’s generally considered a southern hemisphere target since it’s at -47 declination. It was right at the meridian for me while waiting for it to get completely dark out, so I tried shooting it at just 9 degrees up. Had to do short exposures without guiding, because even the dim flashlights of the other campers with me would overwhelm my guide camera. Captured on June 7th, 2024 from a Bortle 3 zone (Deerlick Astronomy Village)

Places where I host my other images:

Instagram | Flickr

Equipment:

• TPO 6" F/4 Imaging Newtonian

• Orion Sirius EQ-G

• ZWO ASI1600MM-Pro

• Skywatcher Quattro Coma Corrector

• ZWO EFW 8x1.25"/31mm

• Astronomik LRGB+CLS Filters- 31mm

• Astrodon 31mm Ha 5nm, Oiii 3nm, Sii 5nm

• Agena 50mm Deluxe Straight-Through Guide Scope

• ZWO ASI-120MC for guiding

• Moonlite Autofocuser

Acquisition: 12 minutes (Camera at half Unity Gain, -15°C)

• Lum - 20x10"

• Red - 11x15"

• Green - 13x15"

• Blue - 12x15"

• Flats- 30 per filter

Capture Software:

• Captured using N.I.N.A.

PixInsight Processing:

• BatchPreProcessing

• StarAlignment

• Blink

• ImageIntegration

• DrizzleIntegration (2x, Var β=1.5)

• DynamicCrop

• DynamicBackgroundExtraction

duplicated each image and removed stars via StarXterminator. Ran DBE with a shitload of points to generate background model. model subtracted from original pic using the following PixelMath (math courtesy of /u/jimmythechicken1)

$T * med(model) / model

Luminance:

• BlurXTerminator (correct only mode)

• ArcsinhStretch + histogramtransformation to bring nonlinear

RGB:

• ChannelCombinaiton to combine monochrome R, G, B stacks into color image

• BlurXTerminator (correct only mode)

• SpectroPhotometricColorCalibration

• HSV Repair

• MMT for large scale chrominance noise reduction

• ArcsinhStretch + histogramtransformation to bring nonlinear

Nonlinear:

• LRGBCombination with stretched L as luminance

• Several CurveTransformations to adjust lightness, contrast, colors, saturation, etc.

• DeepSNR Noise reduction

• HistogramTransformations

• More curves

• Resample to 70%

• Annotation

They at least have an ISS live stream going most of the time, but it’s pretty boring at night or when they lose coverage

RIP my home button whenever my SE3 bites the dust

Good ol magnesium shit-rate

Wasn’t expecting much with the last night’s geomagnetic storm, but seeing the aurora come in on the camera was definitely an “oh shit” moment for me and my wife, especially when it got overexposed. The initial burst in the gif was very noticeable to the naked eye, despite our light pollution. Sadly it died down a bunch, but seems to have come back (although not as strong) after 3am (video timestamp is in UTC). Tonight definitely wont be as strong, but I’m hoping the camera might pick something up on another timelapse. Captured on May 10th, 2024 from Atlanta, GA

(probably) Better quality version on youtube

Places where I host my other images:

Flickr | Instagram

Equipment:

• ASI290mc + the all sky lens it comes with

Acquisition:

• looped 15" exposures at gain 160

Capture Software:

• Sharpcap

Processing:

• just PIPP to debayer and handbrake to convert it

deleted by creator

Hello, OP! Please include ALL acquisition and processing details.

Hello, OP! Please include ALL acquisition and processing details.

Timestamp is UTC

Definitely the lights. I got them in Atlanta too

Hi, OP! Please include ALL acquisition and processing details