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October is packed with exciting events for skywatchers! From a bright Saturn to meteor showers and a Supermoon, there’s ...
04/10/2026

October is packed with exciting events for skywatchers! From a bright Saturn to meteor showers and a Supermoon, there’s plenty to see in the night sky. 🌙✨

03/10/2026

Saturn is at opposition — closest to Earth and brightest in the sky this year. 🪐✨

On 4 October 2026, Saturn reaches opposition, bringing it to its closest and brightest position in our night sky this year.

🌟 What does Opposition mean?
Earth will be positioned directly between the Sun and Saturn, making Saturn appear brighter and visible for most of the night.

🔭 Best time to watch: Around midnight
🪐 What to look for: Saturn and its iconic rings through a telescope

If you’ve been waiting to see Saturn, 4 October is a great night to look up!

Grab your telescope, find Saturn and experience the beauty of our solar system. 🌌

🌌 October 2026 Stargazing Calendar is here! 🔭October has some exciting things waiting for you in the night sky. From met...
01/10/2026

🌌 October 2026 Stargazing Calendar is here! 🔭

October has some exciting things waiting for you in the night sky. From meteor showers to beautiful Moon views and planetary events, there’s plenty to look up for this month. ✨

Oct 4 🪐 Saturn Opposition
Oct 7 🪐 Venus + Mercury
Oct 8–9 ☄️ Draconids Shooting stars
Oct 10 🌑 New Moon
Oct 21–22 ☄️ Orionids Meteor shower
Oct 26 🌕 Hunter’s Moon Full Moon

📅 Save the dates
🔭 Set up your telescope
🌙 Look up and explore the night sky

29/09/2026

I hope this found you! ✨🌌 Photographers share your best image in the comments.

Full Moon with Draco 90mm Telescope Image details: Touptek g3m715c11 panel mosaic Each panel with 1000 frames Stacked in...
27/09/2026

Full Moon with Draco 90mm Telescope

Image details:
Touptek g3m715c
11 panel mosaic
Each panel with 1000 frames
Stacked in Autostakert
Sharped in Registax
Mosaic stich in Adobe Photoshop
Total 10000 images stacked and processed

Harshwardhan Pathak

24/09/2026

Are you a Selenophile?

The Orion Nebula (M42) is one of the brightest and most famous emission nebulae in the night sky, located about 1,300–1,...
23/09/2026

The Orion Nebula (M42) is one of the brightest and most famous emission nebulae in the night sky, located about 1,300–1,400 light-years away in the constellation Orion. It is a vast stellar nursery where new stars are actively forming from clouds of gas and dust. The bright central region is illuminated by the Trapezium Cluster, a group of young, massive stars whose intense ultraviolet radiation causes the surrounding hydrogen gas to glow. Spanning roughly 24 light-years, the Orion Nebula can be seen even with binoculars and becomes an impressive target through a telescope. Its intricate structures of glowing gas, dark dust lanes, and newly forming stars make it one of the most spectacular deep-sky objects for both visual observation and astrophotography.

Piematrix ED Triplet with Dedicated Field Flattener
Canon 1300D( mod), Canon 5D mark 4
Touptek Stellavita
Ioptron CEM 26 Mount
ISO 800
2 mins single subs, 30 secs for HDR
Total integration of 2 hours 40 mins

Sariska, Rajasthan, Bortle 4

Processed in Pixinsight and Adobe Photoshop

17/09/2026

What exactly ARE the “Little Red Dots”?

JWST has spotted thousands of small, deep-red blobs scattered across images of the very early universe — from when the cosmos was just a few hundred million years old.

Here’s the simple version: they look like tiny, compact galaxies, but they’re way too bright and too red for their size. Normal galaxies that early shouldn’t be glowing this much this fast.

The leading theory? They might be baby supermassive black holes, growing incredibly fast and lighting up the gas around them like a cosmic furnace — before the galaxy around them has even fully formed.

In short: JWST found something small, red, and way ahead of schedule — and scientists are still figuring out how it got there. 🔭✨

The universe doesn’t just have big mysteries. Sometimes the smallest dots ask the biggest questions.

14/09/2026

14 September 2015 — The day we learned to listen to the Universe. 🌌

On this day, LIGO detected GW150914, the first-ever directly observed gravitational-wave signal — created by the merger of two black holes about 1.3 billion light-years away.

This historic discovery confirmed a major prediction of Einstein’s General Relativity and opened a completely new way of exploring the Universe: gravitational-wave astronomy.

Instead of only observing light, we could now detect the ripples in spacetime created by some of the most powerful events in the cosmos.

🏆 In recognition of the decisive contributions to LIGO and the observation of gravitational waves,
Rainer Weiss, Kip Thorne and Barry Barish were awarded the 2017 Nobel Prize in Physics.

We had always looked at the Universe.
On this day, we learned how to listen to it.

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