🌬️ Solar wind arrives Sept. 14 — and it could spark G1–G2 geomagnetic storms.
🔗 spaceweather.com
🌬️ Solar wind arrives Sept. 14 — and it could spark G1–G2 geomagnetic storms.
🔗 spaceweather.com
earthquake.usgs.gov/earthquakes/...
earthquake.usgs.gov/earthquakes/...
www.thetechdjinn.com/2025/06/upgr...
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www.thetechdjinn.com/2025/06/chat...
Scope: CarbonStar 150 Newtonian
Camera: ASI2600MM Pro
Integration Details:
No guiding, due to guide camera focus issues.
L = 40 @ 60 seconds
R = 40 @ 60 seconds
G = 40 @ 60 seconds
B = 40 @ 60 seconds
Ha = 20 @ 60 seconds
Total: 3 Hours Integration
Scope: CarbonStar 150 Newtonian
Camera: ASI2600MM Pro
Integration Details:
No guiding, due to guide camera focus issues.
L = 40 @ 60 seconds
R = 40 @ 60 seconds
G = 40 @ 60 seconds
B = 40 @ 60 seconds
Ha = 20 @ 60 seconds
Total: 3 Hours Integration
So far, I have only been able to collect about 2.1 hours of exposure, but will be adding more.
(21) Ha @ 120/sec - (42/mins)
(21) SII @ 120/sec - (42/mins)
(21) OIII @ 120/sec - (42/mins)
So far, I have only been able to collect about 2.1 hours of exposure, but will be adding more.
(21) Ha @ 120/sec - (42/mins)
(21) SII @ 120/sec - (42/mins)
(21) OIII @ 120/sec - (42/mins)
Dates:
* Oct. 29, 2024
* Nov. 17, 2024
* Nov. 23, 2024
* Jan. 10, 2025
Frames:
* Chroma H-alpha 3nm Bandpass 50 mm: 143×120″(4h 46′)
* Chroma OIII 3nm Bandpass 50 mm: 40×120″(1h 20′)
* Chroma SII 3nm Bandpass 50 mm: 40×120″(1h 20′)
Dates:
* Oct. 29, 2024
* Nov. 17, 2024
* Nov. 23, 2024
* Jan. 10, 2025
Frames:
* Chroma H-alpha 3nm Bandpass 50 mm: 143×120″(4h 46′)
* Chroma OIII 3nm Bandpass 50 mm: 40×120″(1h 20′)
* Chroma SII 3nm Bandpass 50 mm: 40×120″(1h 20′)
Six total hours of integration. 3h 20m Ha, 80m SII, and 80m OIII.
There is still a lot of Ha hiding in there. I may continue to gather Ha for this image.
Six total hours of integration. 3h 20m Ha, 80m SII, and 80m OIII.
There is still a lot of Ha hiding in there. I may continue to gather Ha for this image.
It's a (85) unguided 60 second exposures with an ASI2600MC. The newt was out of collimation and I didn't take any flats, bias, or dark frames. A manual debayer, then Pixsinsight's WBPP working it's magic and a decent stretch, SCNR, and Color Saturation.
It's a (85) unguided 60 second exposures with an ASI2600MC. The newt was out of collimation and I didn't take any flats, bias, or dark frames. A manual debayer, then Pixsinsight's WBPP working it's magic and a decent stretch, SCNR, and Color Saturation.
1 Hour total integration
20 minutes each of RGB.
1 Hour total integration
20 minutes each of RGB.
This was my first astro image that didn't look amateurish. I believe this is from around 2015.
This was my first astro image that didn't look amateurish. I believe this is from around 2015.
I was lucky enough to be asked to have this image published in France's l'Astronomie magazine in January 2018.
I was lucky enough to be asked to have this image published in France's l'Astronomie magazine in January 2018.
Two hours if exposure in LRGB. I failed twice attempting to obtain Ha. Maybe in the future, I can add Ha to bring out the nebulosity as there is a lot there.
Two hours if exposure in LRGB. I failed twice attempting to obtain Ha. Maybe in the future, I can add Ha to bring out the nebulosity as there is a lot there.
*420 nights
*1.5 billion objects
*500 TB of data (~100,000 HD movies)
👇Fab gassy nebulae 🔭🧪
ℹ️: www.eso.org/public/news/...
*420 nights
*1.5 billion objects
*500 TB of data (~100,000 HD movies)
👇Fab gassy nebulae 🔭🧪
ℹ️: www.eso.org/public/news/...