Vernon Telescope Nature & Science

10/04/2026

Moon Meets Mars — October 5, 2026

A beautiful celestial pairing will grace the early morning sky before sunrise, with the crescent Moon appearing close to the reddish planet Mars.

Against a stunning twilight backdrop of mountains, clouds, and stars, the Moon and Mars create a striking cosmic scene. If skies are clear, look toward the eastern sky before sunrise for this beautiful encounter.

10/02/2026

⏰ Tomorrow night, October 3, look toward the northeastern sky for one of the most distant objects you can see without a telescope: the Andromeda Galaxy.

✨ Located about 2.5 million light-years away, Andromeda is the nearest major galaxy to the Milky Way. Under dark, clear skies, its faint central region can be visible to the naked eye as a small, hazy patch of light.

🔭 The best chance to see it is away from city lights, after the sky becomes fully dark. Give your eyes time to adapt to the darkness, and avoid looking directly at bright lights.

🌠 You aren’t seeing Andromeda as it looks today. Because its light takes roughly 2.5 million years to reach Earth, the galaxy appears to us as it was millions of years in the past.

🌕 On October 3, the Moon reaches its Third Quarter phase, so moonlight may affect how easily faint details are visible, particularly depending on your location and viewing time.

10/02/2026

09/30/2026

The James Webb Space Telescope (JWST) has revealed an enormous galaxy structure known as the “Cosmic Vine,” a massive protocluster located about 11 to 12 billion light-years away. The original study identified 20 galaxies with closely matching redshifts around z = 3.44, arranged in a vine-like structure extending more than 13 million light-years. Because the light from these galaxies has traveled for billions of years before reaching Earth, astronomers are observing the Cosmic Vine as it existed when the universe was less than 2 billion years old, rather than seeing it as it appears today.

What makes the discovery especially important is that the Cosmic Vine was already a remarkably dense environment at such an early stage of cosmic history. Two of its most massive galaxies were already quiescent, meaning they had very low rates of new star formation, and were dominated by central bulges. Comparisons with cosmological simulations indicate that the structure could eventually evolve into a massive galaxy cluster. A newer study published in 2026 expanded the known structure substantially, spectroscopically confirming 136 galaxies within the Cosmic Vine and identifying several subgroups that appear to be assembling into a larger protocluster.

The discovery provides astronomers with a rare opportunity to study how galaxy clusters and the cosmic web assembled in the early universe. JWST's infrared capabilities allow researchers to detect faint, distant galaxies whose ancient light has been stretched into infrared wavelengths by the expansion of space. Rather than showing that the entire Cosmic Web formed earlier than expected, the Cosmic Vine demonstrates that substantial galaxy overdensities and the early stages of cluster formation were already developing at z = 3.44. Continued observations of structures like this can help scientists test models of galaxy formation, dark matter assembly, star formation, and the evolution of the largest structures in the universe.

Science Department |

09/30/2026

Scientists are tackling two of the biggest mysteries opened by the James Webb Space Telescope: the nature of so-called Little Red Dots and the presence of supermassive black holes in the early universe.

09/28/2026

Moon meets Pleiades tomorrow morning! 🌕✨

Set your alarm for tomorrow morning, September 28, 2026! The brilliant Moon and the sparkling Pleiades star cluster (the Seven Sisters) will appear beautifully close in the early morning sky.

⏰ Best viewing: 60–90 minutes before sunrise
📍 Where to look: Look toward the eastern horizon

For the best view, find a spot away from city lights, give your eyes 20–30 minutes to adjust, and enjoy!

Don't miss this stunning celestial alignment before sunrise! 🌌

09/27/2026

Focusing on major events you can actually observe: eclipses, meteor showers, supermoons, planetary alignments, oppositions, and notable conjunctions.

Late 2026 Astronomical Events (From Today → Dec 31, 2026)
⭐ October 2026
Oct 4 — Saturn at Opposition
Best night of the year to see Saturn’s rings; highest brightness.

Oct 8 — Mars in the Beehive Cluster (Conjunction)
Beautiful binocular target.

Oct 21–22 — Orionid Meteor Shower Peak
~20 meteors/hour, fast streaks from Halley’s Comet.

Oct 26 — Hunter’s Supermoon
First of three year‑end supermoons.

⭐ November 2026
Nov 16 — Mars–Jupiter Conjunction
About 1° apart, excellent pre‑dawn viewing.

Nov 17–18 — Leonid Meteor Shower Peak
Fast, bright meteors; ~15/hour.

Nov 24 — Beaver Supermoon
Second autumn supermoon.

⭐ December 2026
Dec 13–14 — Geminid Meteor Shower Peak
Best meteor shower of the year: 120+/hour.

Dec 21 — December Solstice
Shortest day of the year in Canada.

Dec 22 — Ursid Meteor Shower Peak
Smaller shower but visible near the solstice.

Dec 24 — Cold Supermoon
Closest, brightest full moon of 2026.

04/14/2026