Royal Astronomical Space Research of Nepal

२०४९ मंसिर २३ (१९९२ डिसेम्बर ८) को यो दृश्य: अन्तरिक्षबाट हेर्दा पृथ्वी र चन्द्रमाको दृश्य (उपग्रह बाट लिइएको)

यो कुनै पौराणिक कथा होइन, विज्ञानको ठोस सत्य हो। विज्ञानले मिथक बनाउँदैन, तथ्यहरू उजागर गर्छ। हामीले चन्द्रमा र पृथ्वीलाई टेलिस्कोपबिना कल्पना गर्ने समय यो दृश्य असम्भव थियो। विज्ञानले असम्भवलाई सम्भव बनायो।

यो तस्बिर कुनै मिथक होइन। यो तथ्य हो। यसले के प्रमाणित गर्छ? केही पनि असम्भव छैन। विज्ञान कहिल्यै मिथक सिर्जना गर्दैन, यसले मिथकहरूलाई विज्ञानमा रूपान्तरण गर्छ।

This image is not a myth. It is a fact. What does it prove? That nothing is impossible. Science never creates myths, it transforms myths into science.

PS: Actual caption and credits from "theplanetarysociety"

Earth and the Moon from Galileo Earth and the Moon seen on December 8, 1992, by the Galileo spacecraft. The images have been processed to produce color similar to what the human eye would see; the Moon really is that much darker and redder than Earth. NASA / JPL / UA / color composite by Gordan Ugarkovic

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New name and its tag line is posted on this photo.

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PS: This video is AI generated as well as some text above are edited by AI and supervised by human.

Announcement:
Royal Astronomical Space Research of Nepal Joins Forces with Astronomers Without Borders
Kathmandu, Nepal – October 30, 2025

In a landmark development for astronomical research and global collaboration, the Royal Astronomical Space Research of Nepal (RASRON) proudly announces its official affiliation with Astronomers Without Borders (AWB). This partnership unites Nepal's burgeoning space ambitions with AWB's mission of "One People, One Sky," fostering shared knowledge, resources, and outreach to inspire the next generation of stargazers and scientists worldwide.

RASRON, a visionary initiative dedicated to advancing astronomical and space research in the Himalayan kingdom, will leverage AWB's global network to enhance educational programs, telescope distribution, and joint observing events. Drawing from Nepal's unparalleled vantage point—home to the world's highest peaks and clearest night skies—this affiliation aims to bridge borders, promote STEM education, and contribute to international projects like Global Astronomy Month.

"We are thrilled to affiliate with Astronomers Without Borders, whose borderless spirit aligns perfectly with our goal of harnessing Nepal's cosmic heritage for humanity's shared exploration," said Professor Dr. Jayanta Acharya, Director of RASRON. "Together, we'll empower Nepalese youth and connect with astronomers everywhere under the same starry canopy."

PS: This article is generated by AI.

Astronomers Without Borders

With AstroLife – I just made it onto their weekly engagement list by being one of their top engagers! 🎉

Falling in Russia
near
October 26/27 2025

AKTUALIZACJA!! SPADEK POTWIERDZONY ZNALEZISKIEM!! https://www.facebook.com/share/1CDNnoJyWj/ ------------------------------- Spadek meteorytów w okolicach Moskwy! 26/27 października 2025

Historical observation of extrasolar planet ❗️
You are probably mingling images of protoplanetary disks - sets of colorful rings intertwined with dark breaks (of course colors are a matter of contract 😉). For a long time, astronomers have suspected that young planets can be found in these intervals. It was almost a good idea. Exactly, almost - because so far no direct, unambiguous observation has been made 👀 But here it is! You're looking at WISPIT 2b, a protoplanet 5 times more massive than Jupiter, only ~5 million years and 437 light years from us. That's the blue dot to the right of the star and the inner light gas-dust ring. The second, an orange one, inside the ring is probably another planet, not yet confirmed. A weaker outer ring is also visible, shown more clearly on the artistic visualization "above the planet" 🙂 We owe observations to Clay - one of the Magellan Telescopes, located at the Las Campanas Observatory in Chile. Articles on WISPIT 2b published in The Astrophysical Journal Letters.
Źródła: NASA; Laird M. Close et al 2025 ApJL 990 L9; Richelle F. van Capelleveen et al 2025 ApJL 990 L8
Visualization: NASA/JPL-Caltech/R. Hurt

Uranus and Venus nearby Mt. Everest.

9th July 2025 3:29 am apprx, while watching live in youtube got chance to identify Uranus along with Venus. It was amazing experience.
This photo os snapshot from live web came view and ableto view Uranus too. What a clear sky.

Courtesy:
We**am Nepal Live (youtube channel)
Live Feed: Panaromic views from hotel everest view (live video)
Location: Khumjung village, Hotel Everest View (3,962m)
Camera: We**am (spec unknown)

Surface of Mars, or backyard construction? 💤

Perseverance szaleje 👀 Łazik od początku roku buszuje po krawędzi krateru Jezero i gdzie się nie obejrzy, tam napotyka na jakieś ciekawe skały 😎 Od stycznia pobrał pięć rdzeni, trzy z nich zabezpieczając na przyszłość w stosownych pojemnikach. Przyjrzał się z bliska siedmiu skałom, a z daleka – przy pomocy lasera – aż osiemdziesięciu trzem 😮 To najszybsze tempo zbierania próbek i danych od początku misji, a różnorodność znajdowanych skał przerosła oczekiwania naukowców 🙂 Oby tak dalej!

…i oby nie skasowano misji Mars Sample Return, jak to zapisano w propozycji budżetu na przyszły rok 😒

Zdjęcie z poboru próbki „Main River” z 10 marca: NASA/JPL-Caltech

The Planetary Nebula .. beautiful evidence of the end of life of relatively massive stars, but not massive enough to explode like supernovas 🙂 When the nuclear synthesis stops setting in the interior of a star, its outer layers are rejected and the core becomes a white dwarf. It looks especially impressive when the approaching star is in a binary system, because the interaction of its components can result in a fancy shape - and that's what we're dealing with in this capital image from the Webb Telescope 🤩 It shows the nebula NGC 1514, which lies about 1,500 light years from us the star of the Bull. At the center of the nachylon "cylinder", which only thanks to the JWST we can see so clearly, there is a tight double system - the stars orbit in an elliptical orbit with a period of 9 years. We owe the image to the medium infrared instrument (MIRI), although its beauty and chosen colors lead to NIRCam 😀 Information for curious people - three filters were used: 7.7 μm, 12 μm and 25 μm 🙂
Credit: NASA, ESA, CSA, STScI, M. Ressler (NASA-JPL), D. Jones (IAC)

Mgławice planetarne… piękne świadectwa końca życia gwiazd stosunkowo masywnych, ale nie na tyle masywnych, żeby wybuchły jako supernowe 🙂 Gdy we wnętrzu gwiazdy przestaje zachodzić synteza jądrowa, jej zewnętrzne warstwy zostają odrzucone, a jądro zostaje białym karłem. Szczególnie efektownie wygląda to wtedy, gdy dogorywająca gwiazda jest w układzie podwójnym, bo interakcja jego składników może zaowocować fantazyjnym kształtem – i z czymś takim mamy do czynienia na tym kapitalnym obrazie z Teleskopu Webba 🤩 Przedstawia on mgławicę NGC 1514, leżącą około 1500 lat świetlnych od nas w kierunku gwiazdozbioru Byka. W centrum nachylonego „cylindra”, którego dopiero dzięki JWST możemy widzieć tak wyraźnie, znajduje się ciasny układ podwójny – gwiazdy okrążają się po eliptycznej orbicie z okresem 9 lat. Obraz zawdzięczamy instrumentowi średniej podczerwieni (MIRI), choć jego uroda i wybrana kolorystyka przywodzą na myśl NIRCam 😀 Informacja dla dociekliwych – wykorzystano trzy filtry: 7,7 μm, 12 μm oraz 25 μm 🙂

Credit: NASA, ESA, CSA, STScI, M. Ressler (NASA-JPL), D. Jones (IAC)