Tag: Taurus

SH 2-240 Spaghetti nebula IC 405 Flaming star nebula

The Spaghetti nebula (upper left corner) is a supernova remnant. This means, roughly 40’000 years ago, there was a massive star in the middle of the spherical conglomerate of filaments. The star ended its life in a spectacular explosion and turned into a new form – a pulsar. I knew from the beginning, that I would be chasing the ghost. Cosmic Spaghetti are a very dim nebula and to capture them one needs a wide-angle telescope, fast optics, narrow band filter, and a lot of patience. I didn’t use a telescope, but a lens Samyang 135 mm f 2.0 slowed down to f 2.8, combined with a brand new dual-narrow band Antlia filter, optimized for high-speed optics, and in total, I collected the photons for nearly 10 hours.

The much brighter nebula in the bottom right corner is called Flaming Star Nebula, cataloged under IC 405. Compared to the Spaghetti Nebula, which represents the death of the star, the Flaming Star Nebula represents the vital part of the life of the star AE Aurigae. This star radiates so strongly, that it excites surrounding hydrogen gas. Therefore it is called an emission nebula.

Visually not far away, the comet C/2022 E3 ZTF was passing around Mars, but I was not distracted by that, because I was concentrating to capture as many pictures of the Spaghetti as possible. Besides, I already captured this comet recently.

TelescopeSamyang 135 mm f2.0 @ f2.8
Aperture48 mm
Focal length135 mm
MountiOptron Skyguider Pro
AutoguidingZWO 178MM, QHY Mini Guide Scope 30/130 mm
CameraZWO ASI 6200 MC @-10 °C
FiltersAntlia Dualband High speed
Exposure113x300s, gain 100

M1 Crab nebula

It all started here. The crab nebula is the first cataloged deep-space object. Charles Messier was searching for the comet (1758) but discovered his first deep-space object. The Crab nebula, also called Messier 1, is a supernova remnant like a Veil nebula, but it’s much further from the Solar system – 6500 light years.

My first picture was made with a pinched mirror, therefore I waited two years and captured it properly. Since I live in a light-polluted area, I chose narrow band filters to get better contrast and composed this picture out of hydrogen alpha (red channel) and OIII (green and blue channel) narrow band pictures.

And here is the picture in “false” colors – Hubble palette (SII – red, Ha – green and OIII – blue).

Telescope:Newton 254/1000 mm
Aperture:254 mm
Focal length:1000 mm
Mount:Gemini GF53f
Autoguiding:Orion Mini, TS 50/160 mm
Camera:Moravian instruments G2 8300M @-30C
Filters:Baader Ha, OIII
Exposure:16xHa, 10xOIII, 10xSII 300 s bin 1×1