@apod_telegram
NASA's Astronomy Picture of the Day
Telegram channel @apod_telegram: 35.2K subscribers, 5.6K views per post, score 43
43DAhead of 3 in 10 channels in its category
Category midrange 42–60This channel 43
- 35.2K
- Subscribers
- 5.6K
- Median views over 30 days
- 15.9%
- Views / subscribers over 30 days
- 58
- Posts over 30 days
Data as of October 1, 2026
Posts one space image a day with a short scientific caption, covering everything from lunar eclipses and nebulae to comets and auroras, often written together with NASA astronomers. Good fit for anyone who wants astronomy explained through a picture rather than a long article.
catalog description About the channel, by its author
To find and view past APODs, tap here: t.me/apodQA/3 NASA's APOD presence in Telegram: science.nasa.gov/apod Each day a different image of our fascinating universe is featured, along with a brief explanation written by a professional astronomer.
Overview
Written automatically from the channel's data, updated 30 August 2026. The numbers in this text are as of that date; the fresh ones are in the tiles above.
«NASA's Astronomy Picture of the Day» translates NASA's daily photo digest into Russian: eclipse pairs, aurora over an Icelandic waterfall, JWST shots of the Lion's Head Nebula, a visualization of Earth's shadow on the Moon. Each post pairs an image with a short scientific caption, following the original APOD format.
The channel posts often: 66 posts in 30 days, well above the Science category median of 11. Engagement stays in line with the category: median post views are 5,790, with an ER of 16.5% against a category median of 16.6%. Over the 14-day observation window, subscribers grew by 45 and average views rose by 1,310.
It fits readers who want a daily dose of space imagery with a written explanation, without translating the original themselves. Among 52 category listings, it stands out for posting frequency while keeping engagement close to peers. Place Score is 60. Ownership is unconfirmed.
Common questions
- What is the @apod_telegram channel about?
- It translates NASA's Astronomy Picture of the Day into Russian: a daily photo with a scientific caption covering eclipses, nebulae, JWST images and aurorae.
- Is advertising pricing available for @apod_telegram?
- The owner hasn't published a price list yet. You can reach out directly on Telegram.
- How many subscribers?
- Subscribers: 35.2K. Median views per post: 5.6K. Views per subscriber: 15.9%. Measured on October 1, 2026.
- How often are posts published?
- Posts in the last 30 days: 58 — that is several times a day. Measured on October 1, 2026.
- Does this channel have a Telegram tick?
- Yes, it has a Telegram tick.
- Who runs this channel page in the catalog?
- Nobody yet. If this is your channel, claim the page: you will be able to reply to reviews and see its stats.
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35,23835,025
Oct 135,200−3 in a day
Hover the chart or swipe it — we show the day.
| What it is made of | |
|---|---|
| Engagement | 5.7 of 30 |
| Growth quality | 16.7 of 20 |
| Reactions and forwards | 6 of 15 |
| Consistency | 4.6 of 12 |
| Trust | 3.9 of 8 |
| Reviews | not enough datano reviews yet |
Score 43 — from 5 of 6 signals: the rest are not measured yet. Methodology
Latest posts
- Tomorrow's picture: a harvest
- 2026 September 30 Arp 78: Peculiar Galaxy in Aries Image Credit & Copyright: Robert Eder Peculiar spiral galaxy Arp 78 is found within the boundaries of the head strong constellation Aries. Some 100 million light-years beyond the stars and nebulae of our Milky Way galaxy, the island universe is an enormous 200,000 light-years across. Also known as NGC 772, it sports a prominent, outer spiral arm in this detailed cosmic portrait. Tracking along sweeping dust lanes and lined with young blue star clusters, Arp 78's overdeveloped spiral arm is pumped-up by galactic-scale gravitational tides. Interactions with its brightest companion galaxy, the more compact NGC 770 seen directly below the larger spiral, are likely responsible. Embedded in faint star streams revealed in the deep telescopic exposure, NGC 770's fuzzy, elliptical appearance contrasts nicely with spiky foreground Milky Way stars. 🔗Discuss 🎞HD
- 2026 September 29 Sh2-188: The Shrimp Nebula Image Credit & Copyright: Pawel Piechnik What causes the swirl in the Shrimp Nebula? Its high speed is likely. What is sure is that Sh2-188 is one of the larger planetary nebulas on the night sky, by angular size, spanning about half the diameter of the Moon. Moreover, the white-dwarf core -- leftover from the Sun-like star that shed its outer atmosphere -- is moving unusually fast through interstellar space, creating a bow shock most visible on the upper left that is similar to a boat plowing through water. Although faint, the Shrimp Nebula glows also by compressing and brightening gas on its leading edge. The featured image was taken in the light of hydrogen, sulfur, and oxygen by a backyard telescope in Krakow, Poland and then digitally adjusted to approximate the nebula's true colors. 🔗Discuss 🎞HD
- Tomorrow's picture: sky swirl
- 🎨 APOD Quiz
- 2026 September 28 Cosmic Latte: The Average Color of the Universe Image Color Credit: Karl Glazebrook & Ivan Baldry (JHU) What color is the universe? More precisely, if the entire sky were smeared out, what color would the final mix be? This whimsical question came up when trying to determine what stars are commonplace in nearby galaxies. The answer, depicted here, is a conditionally perceived shade of beige. In computer parlance: #FFF8E7. To determine this, astronomers computationally averaged the light emitted by one of the larger samples of galaxies analyzed: the 200,000 galaxies of the 2dF Galaxy Redshift Survey. The resulting cosmic spectrum has some emission in all parts of the electromagnetic spectrum, but a single perceived composite color. This color has become much less blue over the past 10 billion years, indicating that redder stars are becoming more prevalent. In a contest to better name the color, notable entries included skyvory, univeige, and the winner: cosmic latte. Tomorrow: APOD's main NASA site is moving: From apod.nasa.gov to science.nasa.gov/apod 🔗Discuss 🎞HD
- Tomorrow's picture: cosmic move
- 3.9KOpen in Telegram2026 September 27 Andromeda before Photoshop Image Credit: Kees Scherer What does the Andromeda galaxy really look like? The featured image shows how our Milky Way Galaxy's closest major galactic neighbor really appears in a long exposure through Earth's busy skies and with a digital camera that introduces normal imperfections. The picture is a stack of 223 images, each a 300 second exposure, taken from a garden observatory in Portugal during 2019. Obvious image deficiencies include bright parallel airplane trails, long and continuous satellite trails, short cosmic ray streaks, and bad pixels. These imperfections were actually not removed with Photoshop specifically, but rather greatly reduced with a series of computer software packages that included Astro Pixel Processor, DeepSkyStacker, and PixInsight. All of this work was done not to deceive you with a digital fantasy that has little to do with the real likeness of the Andromeda galaxy (M31), but to minimize Earthly artifacts that have nothing to do with the distant galaxy and so better recreate what M31 really does look like. 🔗Discuss 🎞Before/After
- Tomorrow's picture: before and after
- 2026 September 26 Mirrored Meteor and Milky Way Image Credit & Copyright: Jeff Dai (TWAN) On August 15, this perseid meteor streaked through night skies over the Observatorio del Roque de los Muchachos at La Palma, Canary Islands, Spain. The bright and colorful meteor trail was captured next to the central Milky Way, whose dark interstellar dust clouds and luminous starlight reach above the horizon. In the foreground of this tantalizing celestial scene is the 23 meter diameter mirror of the prototype Large-Sized Telescope (LST-1). LST-1 is the first telescope constructed at the northern hemisphere site of the innovative Cherenkov Telescope Array Observatory. With 198 hexagonal mirror segments and a large, high-efficiency, pixelized camera, LST-1 is designed to detect extremely brief, atmospheric visible light flashes. Lasting about a billionth of a second, the visible light flashes are triggered by energetic gamma-rays from cosmic sources such as distant active galaxies and gamma-ray bursts. Of course, on that night some individual mirror segments of LST-1 also reflected the atmospheric flash of the bright perseid meteor. ‼️APOD's email for image submissions has changed. Please see: APOD Submissions. ‼️APOD's main NASA site is moving : From apod.nasa.gov to science.nasa.gov/apod 🔗Discuss 🎞HD
The channel in numbers
- Created
- May 16, 2023
- Photos
- 11.1K
- Videos
- 409
- Files
- 5
- Links
- 11.5K
Telegram data as of October 1, 2026
Rankings and collections
- Space and the science of itcollection
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