Deep Sky DetailHave you ever finished an imaging session, and asked yourself, "Hmmm... I wonder how much more integration time/sub exposures I need to get a good image?" In this video, I'll show you my web application that can help you figure that out! Astrophotography answers are sometimes complicated. But my free web app can help make things simpler. And now it can estimate how much noise is coming from different sources (e.g., skyglow, read noise etc.).
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
With my SNR Calculator! Predict how many subs you need, and your noise!Deep Sky Detail2025-07-01 | Have you ever finished an imaging session, and asked yourself, "Hmmm... I wonder how much more integration time/sub exposures I need to get a good image?" In this video, I'll show you my web application that can help you figure that out! Astrophotography answers are sometimes complicated. But my free web app can help make things simpler. And now it can estimate how much noise is coming from different sources (e.g., skyglow, read noise etc.).
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinSimple Andromeda Processing: Tutorial with Free Software (Siril + Gimp )Deep Sky Detail2025-09-01 | Are you just getting into astrophotography? Want to learn how to process images? Well, this tutorial is a simple way that uses free software to get you a good image. You don't have to know anything about pixel math, or other complicated techniques!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinAdding Detail by Stacking Multiple Images (Sirilic Tutoriall)Deep Sky Detail2025-09-01 | Are you just getting into astrophotography? Want to learn how to process images? Well, this tutorial is a simple way that uses free software stack your images before you process them. It's easy with Sirilic!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinAre longer sub frames worth it? Testing an Ha filter under Light Pollution.Deep Sky Detail2025-07-26 | Have you ever seen a comparison of two different stacked images with different sub-exposures and was thought, "those don't look that different?" Well, they might not be that different after all! In this video, we'll see whether longer sub frames really are worth the trouble when you're shooting in narrowband under light polluted skies!
Recap: 00:00 Introduction: 00:30 SNR Theory: 02:03 Equipment, Target and Filters: 04:24 Longer Sub Frames?: 07:45 The Experiment!: 09:36 Gut Checks: 11:38 Only Integration Time?: 13:36 You Can Hire Me!: 17:50 Light Pollution: 19:09 My Ha Filter: 20:24 Does It Make Sense?: 21:25 The MT: 24:31
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinIts Free. Its NOT AI. Clean up your images in PS, Gimp or Affinity Photo!Deep Sky Detail2025-06-19 | Noise Reduction is a must in AstroPhotography (most of the time). What if I told you that one of the best tools out there is free, it's not AI, and gives you tons of control? That's what Iain's Noise Reduction in G'Mic can do. I love it and have been using it for years!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinWhy is sharpening so difficult? #deconvolution #astrophotography #ai #space #scienceDeep Sky Detail2025-06-02 | Are AI tools like BlurXterminator (BlurX), AstroSharp and others creating fake detail in our astrophotography images? Or are they doing something like deconvolution? Let's figure out why deconvolution is hard!
00:00 - Introduction 00:30 - The questions! 02:00 - Deconvolution explained too quickly 03:12 - Types of AI 07:55 - Let's discuss AstroSharp 09:31 - Is AI Deconvolution just sharpening? 11:43 - Do we know anything, really? 14:09 - The "hallucination problem" (not unique to AI) 17:33 - My (controversial?) opinions
The deconvolution thesis shown in the video: Fijneman, G. P. A. "Accelerated deconvolution for radio-astronomical imaging using artificial intelligence." The AI paper mentioned in the video: openreview.net/pdf?id=wduF2lfW30
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinSave time. Get better results. 5 tips for astrophotography!Deep Sky Detail2025-05-29 | I started doing astrophotography in 2016. Looking back, I made a lot of mistakes, and things could have gone much easier if I had known a bit more. In this video, I've got at least 5 tips to share that, I hope, will make your life as an astrophotographer easier! #astrophotography #tips
00:00 - Introduction 00:40 - The Setup 00:58 - Tip 1 (It's not a contradiction, I promise!) 03:26 - Tip 2 (Moist is a dirty word) 04:31 - Tip 3 (A common fail point) 05:11 - Tip 4 (Save your sanity, and cables!) 06:03 - Tip 5 (Inner Peace) 06:58 - Bonus Tip! (The best tip?)
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinCreating fake detail? An honest discussion about AI sharpening tools.Deep Sky Detail2025-05-15 | Are AI tools like BlurXterminator (BlurX), AstroSharp and others creating fake detail in our astrophotography images? Or are they doing something like deconvolution? Let's have an honest discussion about AI. #AI #chatgpt
00:00 - Introduction 00:30 - The questions! 02:00 - Deconvolution explained too quickly 03:12 - Types of AI 07:55 - Let's discuss AstroSharp 09:31 - Is AI Deconvolution just sharpening? 11:43 - Do we know anything, really? 14:09 - The "hallucination problem" (not unique to AI) 17:33 - My (controversial?) opinions
The deconvolution thesis shown in the video: Fijneman, G. P. A. "Accelerated deconvolution for radio-astronomical imaging using artificial intelligence." The AI paper mentioned in the video: openreview.net/pdf?id=wduF2lfW30
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinThe Truth About Pixel Size and Shot Noise (It’s Not What You Think)Deep Sky Detail2025-04-26 | Shot noise shouldn't care about pixel size, right? I mean, how could it influence how much light is being sent into your camera? Well, it actually DOES matter! In this video, I provide some computer simulations that show why this is the case :)
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinWhy is this galaxy picture so great? The Real Intelligence Challenge Winner.Deep Sky Detail2025-04-02 | I had a challenge for you! My viewers processed my M33 data (30 hours: 22 L, 3 RGB, 5 Ha) without using neural network AI tools! This is a video showcasing the final four finalists! Finalists submissions are here:
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinThe Real Intelligence Challenge FINAL results... Plus analyses of other submissions :)Deep Sky Detail2025-03-31 | I had a challenge for you! My viewers processed my M33 data (30 hours: 22 L, 3 RGB, 5 Ha) without using neural network AI tools! This is a video showcasing the final four finalists! Finalists submissions are here:
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinMeasuring the Earths Shadow. Lunar Eclipse 2025 #astrophotography #astronomy #eclipse #spaceDeep Sky Detail2025-03-21 | Lunar eclipses are cool. In this video, I show a time-lapse of one taken on March 14, 2025 from the Eastern U.S. With it, you can estimate the size of the Earth's umbra (darkest shadow) and see how the stars move across the sky differently than the moon. Pretty cool :)
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinMy Viewers Proved it.Deep Sky Detail2025-03-10 | I had a challenge for you! My viewers processed my M33 data (30 hours: 22 L, 3 RGB, 5 Ha) without using neural network AI tools! This is a video showcasing the final four finalists! Finalists submissions are here:
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinI needed more space for my astrophotos, and Im on a budget. A RPi5, SATA hat, and hard drives!Deep Sky Detail2025-02-24 | I'm finally big enough to admit it: I'm an astrophotographer who needs space! Space to hold my pictures of space. Thanks to my buymeacoffee.com/deepskydetail members, I was able to create a Pi NAS and test it out. This is that video :)
Shoutout to the following channels featured in the shirts I wore. Check out their channels! @DeepSpaceAstro @AstroAF @Naztronomy
00:00 Introduction 03:38 Why NAS? 11:29 Thank you members! 11:57 Assembly of the NAS 17:45 Installing the software 24:11 How well does it work and ratings 27:11 Mitigating failure!
Links to info, products and code in this video ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
My Equipment: ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
My Equipment: ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Skywatcher HEQ5 Mount amzn.to/3NVrVQi Skywatcher 80mm F7.5 Doublet amzn.to/47mbfZi ZWO EFW mini filter wheel amzn.to/48OxhoN Optolong LRGB Filter Set (1.25") amzn.to/47r23Tw Orion 0.8x Reducer amzn.to/47s64a4 USB RJ45 Cable for Controlling Mount amzn.to/4aPlIzu Raspberry Pi to control mount amzn.to/48mTBWH R Pi case with touch screen amzn.to/3HvdNKl ZWO Autofocuser amzn.to/3Skg0hXNo AI? No Problem! A processing Tutorial.Deep Sky Detail2025-01-24 | I've got a challenge for you! Process my M33 data (30 hours: 22 L, 3 RGB, 5 Ha) without using neural network AI tools! Can you do it? Here is a processing tutorial for the "Real Intelligence Challenge." I know that you can do better! Try it! The data are here on my github page:
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinThe Real Intelligence Challenge: A processing contest.Deep Sky Detail2025-01-11 | I've got a challenge for you! Process my M33 data (30 hours: 22 L, 3 RGB, 5 Ha) without using neural network AI tools! Can you do it? The data are here on my github page:
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinAre longer subs really better? An experiment in broadband and light pollution.Deep Sky Detail2025-01-01 | Have you ever seen a comparison of two different stacked images with different sub-exposures and was thought, "those don't look that different?" Well, they might not be that different after all! In this video, we'll see whether longer sub frames really are worth the trouble.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinThat doesnt make sense, does it? The complex relationship between SNR and integration. Part II.Deep Sky Detail2024-12-04 | Dr. Detail has been bothering me for a while about some SNR claims. Basically, some people in forums and in videos are claiming that 4x the signal only doubles speed. But is that true? In my last video, I demonstrated that 4x the signal = 4x the speed, both in raw terms and in gathering SNR. But the conclusions seem like a paradox (at any given integration time, an f2 system only has double the SNR of the f4 system). In this video, we take on that paradox!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinWhy is integration time and SNR so weird? Part I.Deep Sky Detail2024-12-02 | Dr. Detail has been bothering me for a while about some SNR claims. Basically, some people in forums and in videos are claiming that 4x the signal only doubles speed. But is that true?
What was that, Dr. Detail? Huh? Something about the video not giving the full picture? Huh. Well, I guess this is just part I. Stay tuned!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinHow to make a good decision... when you dont know what to do. Telescope Talk.Deep Sky Detail2024-11-29 | Do you ever suffer from decision paralysis? Need to figure what to choose, but don't know where to start? Well, I know of a method that can help! From telescopes to houses, the method will give you better insight into which choices are better than others!
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinAre Telescope Prices Going Up Again?! Some of the answers were unsatisfying. Telescope Talk Ep. 2Deep Sky Detail2024-11-16 | I've been worried about astro prices for some time. But, with new proposed tariffs, will prices go higher in the U.S.? In episode 2 of Telescope Talk, we go over tariffs, and I asked three telescope companies to respond.
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinConvincing yourself to shoot through light pollution in RGB. Herbig Haro Objects are cool :)Deep Sky Detail2024-11-10 | Do you ever have to convince yourself to image a DSO through light pollution? In RGB? I do! And it can still be worth it!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinIs it time to ditch Photoshop? Telescope Talk Ep. 1Deep Sky Detail2024-11-08 | Is it time to ditch Photoshop in favor of Gimp 3.0? What's going on with AstroSharp? Plus a new secret tool?!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinF-Ratio: ITS NOT A MYTH... EXCEPT WHEN IT IS! Three things to keep in mind.Deep Sky Detail2024-10-06 | Does focal length matter? Does aperture matter? And what is some non-random third thing that ties everything together? In this video, I discuss the "Triforce of astrophotography signal!" Or maybe it's the "Triforce of Astrophotography Resolution?" Well, you can decide :)
00:00 Introduction 00:46 The Prelude 01:33 Part I: What is the Astrophotography Triforce? 06:33 Part II: The First Triforce Piece 08:05 Part III A: The Second Triforce Piece 11:28 Part III B: Some Examples 18:26 Part IV: The Third Triforce Piece 21:54 Part V: Using the Whole Triforce
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinAre accurate predictions possible? SNR Theory and Reality.Deep Sky Detail2024-09-14 | Recently a couple great videos came out questioning the usefulness of SNR calculators. And yes, they can be problematic. But, if you have good data, some of them can get a good estimate.
Also check out @AstroAF 's video where he tests the calculator I put together at the beginning of a project and at the end of the project. It's a good demonstration that SNR calculators are estimates (the numbers at the beginning won't perfectly match). But they can help with planning! youtu.be/RtNqTtD65QY?si=FmVcUhJ9XF4ReCOf
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/join𝐌𝐲 𝐨𝐥𝐝 𝐂𝐂𝐃 𝐰𝐢𝐧𝐬 𝐭𝐡𝐞 𝐒𝐍𝐑 𝐛𝐚𝐭𝐭𝐥𝐞 𝐚𝐠𝐚𝐢𝐧. 𝐖𝐡𝐚𝐭𝐬 𝐠𝐨𝐢𝐧𝐠 𝐨𝐧?Deep Sky Detail2024-09-09 | In my last video, I did a flawed comparison between my Starlight Xpress and 2600MM pro camera testing their SNR. The Starlight CCD came out on top compared to the CMOS I tested. But, there were too many confounding variables to be sure. In this video, I conducted an experiment with my 294MM camera and the Starlight to see if I can replicate the results. And... I found some interesting things!
When working on this video, I talked to @CuivTheLazyGeek a bit, and he was really kind and informative about discussing filters (one of the things that could have affected the previous video's results). While I don't specifically talk about filters in this video, the conversation was super helpful, and I may discuss more about filters in a future video. I highly recommend you watch his reviews of the various filters he tests!
Also (!) @williamhedges1519 with Cosmic Film Studios has a YT channel that provided the green screen spaceship model video used in my introduction. He lets anyone use it (based on the video description). He does a really cool "Cosmic Cat" series that I enjoy. I thought I'd give a shoutout.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/join2x the SNR with older CCDs? Why some CMOS cameras arent as sensitive and why it might not matterDeep Sky Detail2024-08-09 | Want to get the best SNR possible with your telescope setup? Well, you might be forgetting one important factor... pixel size and quantum efficiency! My old CCD camera beat the newer ZWO 2600MM and 6200MM pro cameras at collecting light. In this video, I show you what probably happened!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinProving Sub-Length Matters! #science #astrophotography #space #astronomy #experimentDeep Sky Detail2024-07-22 | Does sub-exposure length matter in astrophotography? How short is too short? I did an experiment that provides evidence for taking longer subs when you stack images!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/join𝗠𝘆 (𝗳𝗿𝗲𝗲) 𝗮𝗽𝗽 𝗰𝗮𝗻 𝘁𝗲𝗹𝗹 𝘆𝗼𝘂! And, it 𝗰𝗮𝗻 𝗰𝗮𝗹𝗰𝘂𝗹𝗮𝘁𝗲 𝗺𝘂𝗹𝘁𝗶𝗽𝗹𝗲 𝗳𝗶𝗹𝘁𝗲𝗿𝘀 :)Deep Sky Detail2024-07-11 | Have you ever finished an imaging session, and asked yourself, "Hmmm... I wonder how much more integration time/sub exposures I need to get a good image?" In this video, I'll show you my web application that can help you figure that out! Astrophotography answers are sometimes complicated. But my free web app can help make things simpler.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinThe Orion Constellation is Beautiful. #astrophotos #space #science #astronomy #astrophotographyDeep Sky Detail2024-06-27 | I took these images with a combination of my 80mm telescope and inexpensive Canon EF-S 55-250mm lens in 2022. The camera used was a ZWO 294MM Pro.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
My Equipment: ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Have you ever seen a comparison of two different stacked images with different sub-exposures and was thought, "those don't look that different?" Well, they might be really different. In this video, I'll prove that sub-exposure length matters in astrophotography. The results might surprise you!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
This video is sponsored by BrilliantBut you can decrease it. Heres why. Introduction to Deconvolution Part IIDeep Sky Detail2024-05-29 | To try everything Brilliant has to offer—free—for a full 30 days, visit brilliant.org/DeepSkyDetail You’ll also get 20% off an annual premium subscription.
Ever wonder why people talk about "PSFs" in astrophotography? Well, a PSF makes your image blurry, so your can never have a perfect image. I go into detail about what can affect a point spread function in this video.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
This video was sponsored by BrilliantThe best option for astro image capture?? The RPi5 is almost deliciously good. First impressions.Deep Sky Detail2024-05-22 | Tired of using a laptop for controlling your telescope and astrophotography equipment? Maybe it's time for a piece of the Pi! The Raspberry Pi 5 is a great alternative to pricier, more restrictive options. It consumes less power. And it might be able to do planetary imaging as well as capturing deep sky objects! Here are my initial thoughts of two setups, a Vilros starter kit, and NVME hat with Geeekpi case.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
8-Bit March by Twin Musicom is licensed under a Creative Commons Attribution 4.0 license. creativecommons.org/licenses/by/4.0Capturing the birth of a new star.Deep Sky Detail2024-05-06 | Herbig-Haro objects are really cool! The show us where new stars are born! I shot M78 for 20+ hours to get a couple HH objects (there are 17 in the area I imaged), and I only really only got one! But I still think it is cool :) #astrophotography
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Hyperfun by Kevin MacLeod is licensed under a Creative Commons Attribution 4.0 license. creativecommons.org/licenses/by/4.0What does good Signal to Noise Ratio look like in #astrophotography ?? #space #astrophotos #nebulaDeep Sky Detail2024-04-29 | I've been making videos about signal to noise ratio. I even have a free app that you can use to estimate it! But what does a good signal to noise ratio look like? The results may surprise you!
For those interested, here is the gear I use (or equivalent; Orion has discontinued some of their products, so the equivalent skywatcher products are listed). Most of the links are Amazon Affiliate links. Thanks!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
I made a free SNR app that can help you know how much integration time you need. It's simple to use! Check it out here: deepskydetail.shinyapps.io/Calculate_SNR
nqFI29h8W0Fp9UkKOJryMaking a drawing with rotating circles! #astrophotography #fouriertransform #maths #mathDeep Sky Detail2024-04-21 | I make a drawing of a galaxy with nothing but rotating circles!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Ever wonder why people talk about "frequencies" and photographs/astrophotography images? Here's an intuitive explanation for what frequencies are! Image processing doesn't have to be difficult if you know the right terms!
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
00:00 Introduction 00:58 An Unexpected Visitor 02:08 Orbits and Their Shapes 04:00 The First Example 04:43 Brilliant Sponsorship 06:15 Getting to Square 1 07:00 Comparing Example 1 to Square 1 08:08 Fourier Transformations and Sine Waves 09:40 Functions and Astrophotography Images 10:36 Frequencies are Important! 11:40 The Galaxy Drawing 12:10 What a Fourier Transformation Looks Like 13:00 Destroying Low and High Frequency InformationHow internet trolls almost won.Deep Sky Detail2024-04-13 | I went to Dallas for the eclipse. But... there were supposed to be clouds. Was I able to get a good image? #astrophotography
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Eternal Hope by Kevin MacLeod is licensed under a Creative Commons Attribution 4.0 license. creativecommons.org/licenses/by/4.0Live View of Eclipse in Dallas (just visual)Deep Sky Detail2024-04-08 | Here is a live view of the the eclipse in Dallas (weather permitting). There will be no audio in the stream.
My Equipment: ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
My Equipment: ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Join this channel to get access to perks: youtube.com/channel/UCoI4bUAKNI3rdvesiNqtYJw/joinDebunking the myth about light pollution, and understanding how it affects SNR.Deep Sky Detail2024-03-03 | Ever wonder why you just can't bring out the faint detail of reflection nebulae in the city, even after stacking hours of data? Here we simulate why that signal gets lost in the noise, and why "swamping read noise" is no compensation in astrophotography.
ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
nqFI29h8W0Fp9UkKOJryPlans for the future. 1 year anniversary on YT!Deep Sky Detail2024-02-27 | It has been one year since I first uploaded a video to YouTube! I'd like to grow the channel in the coming year! Here are my plans! Thanks!
For those interested, here is the gear I use (or equivalent; Orion has discontinued some of their products, so the equivalent skywatcher products are listed). Most of the links are Amazon Affiliate links. Thanks! Skywatcher HEQ5 Mount amzn.to/3NVrVQi Skywatcher 80mm F7.5 Doublet amzn.to/47mbfZi ZWO EFW mini filter wheel amzn.to/48OxhoN Optolong LRGB Filter Set (1.25") amzn.to/47r23Tw Orion 0.8x Reducer amzn.to/47s64a4 USB RJ45 Cable for Controlling Mount amzn.to/4aPlIzu Raspberry Pi to control mount amzn.to/48mTBWH R Pi case with touch screen amzn.to/3HvdNKl ZWO Autofocuser amzn.to/3Skg0hX
nqFI29h8W0Fp9UkKOJryM42 in the Hubble PaletteDeep Sky Detail2024-02-24 | Hi! Come join me tonight! I will be reprocessing some data of M42 in the Hubble Palette.
My Equipment: ZWO 294MM Pro Camera: bit.ly/3tZmjOo HEQ5 Mount: bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent) ZWO Filter Wheel: bit.ly/3Soo5lw Optolong Filters (LRGB, SII, Ha, OIII): bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have) Skywatcher Evostar 80mm: bit.ly/4bfVjev (equivalent lens) USB RJ45 Cable: bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do) ZWO Autofocuser: bit.ly/425XUDB 0.8x Reducer: bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)
Want to make monochrome narrowband images look like true RGB images? This past month, I captured the Orion Nebula with narrowband filters. In this video, I process those data using free software (Siril, Gimp and my sharpening tool), showing how I did it. My discord has the data if you'd like to follow along, or try to process it better than I did: discord.gg/c86KHVDnrF
For those interested, here is the gear I use (or equivalent; Orion has discontinued some of their products, so the equivalent skywatcher products are listed). Most of the links are Amazon Affiliate links. Thanks!