David Strange
4.7K posts

David Strange
@dgs99
Astro-imager since taking photo of Comet Bennett in 1970. Chairman of Norman Lockyer Observatory, Sidmouth, Devon. https://t.co/u6Lrhqjf5l
Devon UK Katılım Nisan 2009
467 Takip Edilen1K Takipçiler

Clear skies for more #SmartEye viewing last night @NLOastronomy with 50cm in Connaught Dome. NGC 4561, M51, M66, NGC2403




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@NigelSommelier I wouldn’t specifically use it for imaging as I use my power supply which runs my ASIair. It’s really designed to help you see galaxies/nebulae more easily.
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@dgs99 Very nice image. I currently use a SeestarS50 for my astrophotography. I've heard the Smarteye is easy to use but power heavy, any comments on this? Was considering getting one for my reflector scopes. 🙂🔭
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Here’s M100 seen with a stack of 19 x10s. It also has its own WiFi so images can be shared on mobile phones in real time. This is so impressive for outreach astronomy and just opens up another dimension to “observing” the universe! #PegasusSmarteye Wow!

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Firstlight with a Pegasus Smart-eye electronic eyepiece on the 20” Newtonian in the Connaught Dome @NLOastronomy M101 spiral galaxy seen in all its glory after a few 10s shots.

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Another attempt at imaging the bridge! This time with a little more success! 24 x 120s RC10.
The “bridge” associated with Halton Arp and NGC 4319 refers to a controversial luminous filament or stream of material that Arp claimed connected the spiral galaxy NGC 4319 (redshift z ≈ 0.005, relatively nearby at ~80 million light-years) to the quasar Markarian 205 (Mrk 205, much higher redshift z ≈ 0.07, implying ~1 billion light-years distant if cosmological).



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David Strange retweetledi

The first confirmed example of a gravitational lens which was discovered in 1979. What appears to be two very similar bright points of light are actually two images of the same distant quasar. The light from the quasar (z= 1.413) is bent by a foreground galaxy YGKOW G1 (z=0.355). The quasars light is bent around two different paths which results in images separated by 6 arc seconds.

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@dgs99 That's stunning! What diameter scope are you using?
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