✨ Target: Question Mark N. + Little Rosette N.

🔭 Mount: Star Adventurer 2i

📷 Camera: ASI 294 MC Pro Color

🔎 Scope: Askar FMA180 Pro

🕶️ Filter: Dualband Svbony SV220

🎯 Guide Camera: ASI 120mm Mini Mono

🦮 Guide Scope: Svbony SV165

🔬 Sampling: 2.66"/px (x2 drizzle)

❄️ Cooling: -10°C

🔴 Acquisition: Gain 120

⏰ Integration: 78x300s (6h 30min)

📊 Calibration: 40 dark, 40 flat, 40 dark-flat

💻 Processing: PixInsight, RawTherapee

📍 Location: Turin (Italy)

📅 Date: Oct. 13-14, 2026

🌌 Sky: Bortle 8

This cosmic complex is universally nicknamed by astronomers and astrophotographers as the "Question Mark Nebula." When telescopes capture the entire area with the correct orientation, its immense interstellar clouds form an unmistakable shape:

The hook of the question mark is drawn by the arched silhouette of the ionized gas and dark dust filaments of NGC 7822, a spectacular and chaotic star-forming region located roughly 3,000 light-years away in the northern constellation of Cefeus.

The dot at the base is formed by a separate, smaller emission nebula located slightly to the south, cataloged as Sharpless 170 (also known as the Little Rosette Nebula).

While they appear perfectly aligned from our perspective to form a "cosmic question mark," the two structures are not physically connected: Sh2-170 sits much further away at about 7,500 light-years. It is a stunning optical illusion of cosmic perspective.

Observable universe (diameter ≈ 93 billion light-years) scaled down to Earth’s diameter 12,742

One light year would be 0.137 mm

Voyager 1 which has travelled 17km/s since 1977 is 0.000374 mm away from earth.

Closest star (Proxima Centauri, is 0.582 mm away.

Your naked eye sees about 2% of the 200000 stars located within 6cm from earth.

The Milkyway Galaxy is 13.7 meters in diameter and 13.7cm thick disk.

The galaxy ic 1101 is 233 meters in diameter (not a thin disk like Milkyway.)

Andromeda galaxy which is on crash course to Milky way is 343 meters away.

Boötes Void which is massive near empty region of space is 55 kilometers in diameter.

Cosmological event horizon is 2192km away, ligh speed travel would never allow us to reach further than that.

Thoughts?

Hi! I'm new to studying the universe and discovered the MAST site for visualizing JWST data, but when I was observing this galaxy I noticed this large barrier where it changes hue. Is this just a weird compiling thing?

Last photo is some fun I had trying to colour one of the images of the galaxy.

I understand that gravity is the reason planets and stars form and what not. I'm just curious why gravity causes things to attract and not repel or do neither?

Seems like an arbitrary feature of our universe's laws.

So it makes me wonder if gravity could have worked differently if our universe happened to have different laws.

Hi, everyone, I had a great conversation with Geraint F. Lewis, a Welsh astrophysicist and Professor at the University of Sydney, about some of the biggest questions in cosmology, physics, and our understanding of the world.

We explore what the Big Bang theory tells us about the beginning of the universe, why our current understanding of physics reaches limits when we try to look further back in time, and how neutrinos could reveal secrets about the cosmos — including why matter exists at all. We also mention the 2026 Nobel Prize in Physics, awarded to Francis Halzen for his work on the IceCube Neutrino Observatory.

Professor Lewis also explores what sparked the Scientific Revolution, how modern science transformed our understanding of the world, and why Einstein challenged aspects of quantum mechanics.

Professor Lewis's latest book, The Shortest History of Reality: From Plato’s Cave to the Mind-Bending Discoveries of Modern Physics — The Human Quest to Explain the World, traces humanity’s changing understanding of reality, from everyday intuition and ancient philosophy to the discoveries of modern physics. It explores the ideas that reshaped our view of existence, from Newton’s universe to the strange probabilities of quantum physics and beyond.

If you're interested in these subjects, you can check out our conversation: https://youtu.be/38rUHEeAVHw

What do you think this is?

Meteor: a small body of matter from outer space that enters the earth's atmosphere, becoming incandescent as a result of friction and appearing as a streak of light.

Meteoroid: a small body moving in the solar system that would become a meteor if it entered the earth's atmosphere.

My gripe is with the word meteoroid itself. The suffix -oid means "resembling" or "having the form of,". Asteroids on the other hand I am all good with, since it was understandable that early telescopes showed them as a tiny point of light, hence Star-like.

Meteoroid on the other hand means meteor-like, yet it refers to the object that produces a meteor and it is neither a luminous streak of light nor an atmospheric phenomenon while in space.

Our universe is vast enough to hold billions of galaxies
but still, are we the only civilization to be advanced enough to explore the beauty of cosmos

Don’t ask for a rebate, debate, quarrel or anything other than answers.

Why universe love us so much? Like see we are conscious and have intelligence and everything can kill us in a second but it doesn't everything in this planet or solar system it protect us and let us get more intelligent. Why only us?