3I/ATLAS Updates: New Data & Stable Core 🛰️
Latest 3I/ATLAS data reveals a compact coma, stable core, and new anomalies, highlighting impressive structural clarity.

Space Unfiltered
14.9K views • Nov 24, 2025

About this video
New data on 3I/ATLAS just dropped — and the latest imaging is revealing something unusually clean and structured.
A compact coma. A tight central core. And motion that looks incredibly stable when stacked and processed.
These are not renders or illustrations.
These are real telescope captures, stacked from multiple exposures, showing how this interstellar object is behaving right now.
Alongside that, updated orbital simulations are giving us a clearer picture of how 3I/ATLAS is moving through the solar system — and how predictable and well-behaved its trajectory actually is.
This doesn’t prove anything exotic.
But it does show one of the cleanest, most stable interstellar visitors we’ve ever tracked.
And that alone makes it worth watching.
📚 Sources:
• Alfons Diepvens (Belgium) — stacked telescope imaging of 3I/ATLAS
• Minor Planet Center (MPC) — observational and orbital datasets
• Ahuja & Ganesh — “Dynamical Simulation of the Interstellar Comet 3I/ATLAS” (Nov 2025 paper)
• Ground-based amateur observatories contributing to ATLAS follow-up imaging
✅ DISCLAIMER & CREDITS
For Educational & Entertainment Purposes:
This video explores real astronomical observations and publicly available scientific research. It is intended for education, discussion, and curiosity-driven analysis.
Copyright Disclaimer Under Section 107 of the Copyright Act 1976:
Allowance is made for fair use for purposes such as criticism, comment, teaching, scholarship, and research.
Image Credits:
• Alfons Diepvens
• Ahuja & Ganesh (paper figures)
• Public astronomical survey data
• MPC observational archives
What do you think?
Does this look like a perfectly stable object — or something else?
Comment below and let’s talk.
Like the video if you enjoy deep-space breakdowns and subscribe for more.
#3IATLAS #InterstellarObject #SpaceUpdates #Astrophotography #Astronomy
A compact coma. A tight central core. And motion that looks incredibly stable when stacked and processed.
These are not renders or illustrations.
These are real telescope captures, stacked from multiple exposures, showing how this interstellar object is behaving right now.
Alongside that, updated orbital simulations are giving us a clearer picture of how 3I/ATLAS is moving through the solar system — and how predictable and well-behaved its trajectory actually is.
This doesn’t prove anything exotic.
But it does show one of the cleanest, most stable interstellar visitors we’ve ever tracked.
And that alone makes it worth watching.
📚 Sources:
• Alfons Diepvens (Belgium) — stacked telescope imaging of 3I/ATLAS
• Minor Planet Center (MPC) — observational and orbital datasets
• Ahuja & Ganesh — “Dynamical Simulation of the Interstellar Comet 3I/ATLAS” (Nov 2025 paper)
• Ground-based amateur observatories contributing to ATLAS follow-up imaging
✅ DISCLAIMER & CREDITS
For Educational & Entertainment Purposes:
This video explores real astronomical observations and publicly available scientific research. It is intended for education, discussion, and curiosity-driven analysis.
Copyright Disclaimer Under Section 107 of the Copyright Act 1976:
Allowance is made for fair use for purposes such as criticism, comment, teaching, scholarship, and research.
Image Credits:
• Alfons Diepvens
• Ahuja & Ganesh (paper figures)
• Public astronomical survey data
• MPC observational archives
What do you think?
Does this look like a perfectly stable object — or something else?
Comment below and let’s talk.
Like the video if you enjoy deep-space breakdowns and subscribe for more.
#3IATLAS #InterstellarObject #SpaceUpdates #Astrophotography #Astronomy
Tags and Topics
Browse our collection to discover more content in these categories.
Video Information
Views
14.9K
Likes
150
Duration
3:47
Published
Nov 24, 2025
User Reviews
4.3
(2) Related Trending Topics
LIVE TRENDSRelated trending topics. Click any trend to explore more videos.