20/01/2026
A Cosmic Jellyfish over Cornish Seas
This wide field frame contains:-
• 💥 Stellar death (IC 443)
• 🌱 Stellar birth (NGC 2174)
• ⭐ Stellar maturity (M35)
This is essentially a time-lapse of stellar evolution, frozen across tens of millions of years.
🪼 Jellyfish Nebula — IC 443
• Type: Supernova remnant
• Distance: ~5,000 light-years
• Age: ~3,000–30,000 years (uncertain, but very young in cosmic terms)
IC 443 is the aftermath of a massive star that ended its life in a supernova explosion. What makes it especially interesting is that the shockwave is ploughing into surrounding molecular clouds, causing:
• Strong H-alpha and O III emission (perfect for the L-eXtreme)
• Complex, filamentary structures rather than a neat shell
• Triggered compression of nearby gas — death causing future birth
This interaction is why the nebula looks torn, rippled, and “alive”.
🐵 Monkey Head Nebula — NGC 2174
• Type: Emission nebula / star-forming region
• Distance: ~6,400 light-years
The Monkey Head is almost the opposite of the Jellyfish:
• A stellar nursery
• Powered by newly formed, hot O- and B-type stars
• Strong hydrogen emission, glowing where ultraviolet radiation excites the gas
Its presence near IC 443 is not just a line-of-sight coincidence — regions like this often exist in giant star-forming complexes, where multiple generations of stars overlap in time.
✨ Open star cluster — Messier 35 (M35)
• Type: Open cluster
• Distance: ~2,800 light-years
• Age: ~100 million years
M35 is the bright, resolved star cluster you’re seeing nearby. It represents:
• Stars that formed long ago
• Have survived their violent youth
• And are now drifting apart gravitationally
It’s a reminder that not all stars die dramatically — some simply age, scatter, and fade into the Galaxy.