Baru Pemanasan, Rubin Sudah Menemukan Ribuan Asteroid Baru Kita punya petugas sensus baru di Tata Surya! Observatorium Rubin yang baru pemanasan pengamatan, sudah menemukan ribuan asteroid. 

Kita punya petugas sensus baru di Tata Surya! Observatorium Rubin yang baru pemanasan pengamatan, sudah menemukan ribuan asteroid. #astronomi #ObservatoriumRubin #asteroid #transneptunus #space

Baru Pemanasan, Rubin Sudah Menemukan Ribuan Asteroid Baru Kita punya petugas sensus baru di Tata Surya! Observatorium Rubin yang baru pemanasan pengamatan, sudah menemukan ribuan asteroid. 

Kita punya petugas sensus baru di Tata Surya! Observatorium Rubin yang baru pemanasan pengamatan, sudah menemukan ribuan asteroid. #astronomi #ObservatoriumRubin #asteroid #transneptunus #space

Fenomena Langit Bulan April 2026 Jangan lewatkan konjungsi segitiga Merkurius, Mars, dan Saturnus, serta peristiwa okultasi asteroid 1201 Strenua. 

Jangan lewatkan konjungsi segitiga Merkurius, Mars, dan Saturnus, serta peristiwa okultasi asteroid 1201 Strenua. #astronomi #langitmalam #skygazer #komet #asttophotography

Artemis II: Penerbangan Penting Dekade Ini Sebelum manusia bisa kembali berjalan di permukaan Bulan, sepasukan robot kecil telah sibuk melakukan "kerja kotor" di sana. Selama dua tahun terakhir, Bulan menjadi destinasi yang ramai dikunjungi. 

Sebelum manusia bisa kembali berjalan di permukaan Bulan, sepasukan robot kecil telah sibuk melakukan "kerja kotor" di sana. Selama dua tahun terakhir, Bulan menjadi destinasi yang ramai dikunjungi.

Misi ARTEMIS II akan membawa manusia kembali ke orbit Bulan. #astronomi #Artemis #spacemission

Para Astronom Membuat Peta Radio Alam Semesta Terbesar! Para astronom berhasil membuat peta radio Alam Semesta paling detail yang pernah ada sampai saat ini. 

Para astronom berhasil membuat peta radio Alam Semesta paling detail yang pernah ada sampai saat ini. Peta ini berhasil dibuat berkat teleskop radio LOFAR yang ada di Belanda dan seluruh Eropa.

#astronomi #beritaanak #sainsanak #spacenews #spacekids

WISPIT 2: Cermin Masa Kecil Tata Surya Para astronom menemukan dua planet sedang terbentuk dalam piringan protoplanet di sekeliling sebuah bintang muda.

Para astronom menemukan dua planet sedang terbentuk dalam piringan protoplanet di sekeliling sebuah bintang muda. Penemuan ini sekaligus memberi gambaran Tata Surya saat muda. #astronomi #planet #bintangmuda #sains #beritasains

Original post on world-today-journal.com

Hubble Captures Sharpest Image Yet of Rare Interstellar Comet 3I/ATLAS The cosmos continues to reveal its wonders, and recently, NASA’s Hubble Space Telescope captured the clearest images yet of ...

#Health #astronomi #komet #3I #ATLAS #komet […]

[Original post on world-today-journal.com]

Bintang Purba PicII-503: Kapsul Waktu Alam Semesta Para astronom menemukan sebuah bintang di pinggiran galaksi katai Pictor II yang menyimpan jejak kimia dari awal alam semesta.

Para astronom menemukan sebuah bintang di pinggiran galaksi katai Pictor II yang menyimpan jejak kimia dari awal alam semesta. #astronomi #bintangtua #bintang #spacenews #galaksi

Nebula Kepala Kuda: Kuda Hitam di Rasi Orion Tahun 2026 merupakan Tahun Kuda Api. Di alam semesta, ada kuda raksasa yang jadi palung kelahiran bintang. Nebula Kepala Kuda.

Tahun 2026 merupakan Tahun Kuda Api. Di alam semesta, ada kuda raksasa yang jadi palung kelahiran bintang. Nebula Kepala Kuda. #astrophotography #deepskyphotography #dso #astronomi #orseheadnebula

Mengintip Keriuhan di Pusat Bimasakti Pernahkah kalian penasaran seperti apa sih pusat Galaksi kita? Kali ini para astronom membuat foto terbesar pusat Bimasakti

Pernahkah kalian penasaran seperti apa sih pusat Galaksi kita? Kali ini para astronom membuat foto terbesar pusat Bimasakti #astronomi #sains #beritaanak #spacekids

Hidden Planets Revealed: New Method Detects Exoplanets by Starlight’s Magnetic ‘Silence’ The search for planets beyond our solar system, known as exoplanets, has entered a new era. Astronomers are now employing a novel technique to identify hidden worlds by analyzing subtle signals in the magnetic fields of their host stars. This innovative approach, detailed in recent research published in late February 2026, promises to significantly enhance our ability to detect planetary systems and deepen our understanding of the vast diversity of worlds beyond our own. For decades, scientists have relied on methods like the transit method – observing the dimming of a star as a planet passes in front of it – and the radial velocity method – detecting wobbles in a star caused by a planet’s gravitational pull. However, these techniques often struggle to identify planets that don’t neatly align with our line of sight or are obscured by stellar activity. The new method offers a complementary approach, focusing on the often-overlooked relationship between a star’s magnetic field and the presence of close-in planets. The discovery of over 6,000 confirmed exoplanets, as of March 12, 2026, according to the NASA Exoplanet Archive, highlights the ongoing and accelerating pace of exoplanet research. NASA’s Exoplanet Archive serves as a central repository for this growing body of knowledge. The core principle behind this breakthrough lies in the observation that stars with low magnetic activity are paradoxically more likely to host planets orbiting very closely. This seemingly counterintuitive connection stems from the fate of planets that venture too near their stars. Intense stellar radiation strips away planetary atmospheres and surfaces, creating a cloud of dust and gas. This debris absorbs specific frequencies of light, creating the illusion of reduced magnetic activity in the star – a telltale sign of a hidden planetary system. This method doesn’t directly *see* the planet, but rather detects the consequences of its existence and eventual destruction. ## Unveiling Planetary Remains: The Clues in Stellar Light The process of planetary destruction near a star isn’t a sudden event. Instead, it’s a gradual erosion, leaving behind a trail of debris resembling a comet’s tail that can persist for millions of years. This debris field, while initially a hindrance to observation, becomes a crucial marker for astronomers. A prime example is the exoplanet K2-22b, which was analyzed by the James Webb Space Telescope in 2025, revealing evidence of surrounding debris. Astronomy.com provides extensive coverage of exoplanet discoveries and research, including observations from the James Webb Space Telescope. To validate this hypothesis, Matthew Standing of the European Space Agency (ESA), along with an international team, observed 24 stars already identified as having low magnetic activity. Using advanced telescopes at the European Southern Observatory in Chile, they monitored each star at least ten times over a two-week period. The team specifically searched for minute changes in the star’s light spectrum caused by the gravitational tug of orbiting planets, employing the well-established radial-velocity method. This technique measures the Doppler shift of a star’s light as it moves slightly towards and away from Earth due to the planet’s orbit. ## A Surge in Discoveries: Hundreds of New Worlds on the Horizon The study, published in the prestigious journal _Monthly Notices of the Royal Astronomical Society_ , successfully identified 24 exoplanets orbiting 14 of the observed stars, including seven previously unknown planets. The researchers found that this new method boasts a success rate eight to ten times higher than conventional exoplanet surveys. This strongly supports the idea that magnetically “quiet” stars are prime targets for discovering planets exposed to extreme radiation. The increased efficiency is a significant step forward in the ongoing effort to catalog the exoplanet population of our galaxy. Building on these findings, the research team is now working to map the potential for further discoveries in the cosmic neighborhood surrounding our solar system. They identified 241 stars within a radius of 1,600 light-years that exhibit similar low magnetic activity characteristics. Based on the proportions observed in their study, they estimate that approximately 300 new planets await discovery in these stellar systems. While most of these planets are likely uninhabitable due to extreme temperatures, the potential for uncovering unique and previously unknown planetary configurations is immense. The sheer scale of the Milky Way, hosting hundreds of billions of stars, underscores the vastness of the search space for exoplanets. Astronomy.com highlights the ongoing exploration of our galaxy and the search for habitable worlds. The implications of this research extend beyond simply increasing the number of known exoplanets. By focusing on stars with low magnetic activity, astronomers can gain valuable insights into the processes that shape planetary systems and the conditions that lead to planetary destruction. Understanding these dynamics is crucial for assessing the potential habitability of exoplanets and for refining our models of planetary formation and evolution. The discovery of exoplanets like those in the TRAPPIST-1 system, as noted by Astronomy.com, demonstrates the diversity of planetary systems and the potential for finding Earth-sized worlds in habitable zones. ### What Does This Mean for the Search for Life? While the planets identified through this new method are likely exposed to harsh radiation environments, the technique itself is a significant advancement in our ability to detect exoplanets in general. The more exoplanets we discover, the greater the statistical probability of finding one that possesses the conditions necessary for life. The focus on stars with low magnetic activity similarly allows astronomers to prioritize targets for follow-up observations with powerful telescopes like the James Webb Space Telescope, which can analyze the atmospheres of exoplanets for biosignatures – indicators of life. The ongoing development of new technologies and techniques, such as the Transiting Exoplanet Survey Satellite (TESS), continues to drive the field of exoplanet research forward. As of March 12, 2026, TESS has confirmed 760 planets and identified 7,913 project candidates, according to the NASA Exoplanet Archive. These missions, combined with innovative approaches like the magnetic field analysis described above, are bringing us closer to answering the fundamental question of whether we are alone in the universe. The future of exoplanet research is bright, with numerous missions and projects planned to further expand our knowledge of these distant worlds. The combination of ground-based and space-based telescopes, coupled with increasingly sophisticated data analysis techniques, promises to reveal even more secrets about the diversity and prevalence of planets beyond our solar system. The ongoing quest to find habitable worlds and potentially detect signs of life remains one of the most exciting and challenging endeavors in modern science. Looking ahead, astronomers will continue to refine this magnetic field analysis technique and apply it to a larger sample of stars. The data collected will not only help identify new exoplanets but also provide valuable insights into the complex interplay between stars and their planetary systems. The next major data release from the NASA Exoplanet Archive is expected in June 2026, and will likely include data from the latest observations using this new method. What are your thoughts on this new method for discovering exoplanets? Share your comments below, and let’s discuss the exciting possibilities of finding life beyond Earth! ### Share this: * Share on Facebook (Opens in new window) Facebook * Share on X (Opens in new window) X * ### _Related_

Hidden Planets Revealed: New Method Detects Exoplanets by Starlight’s Magnetic ‘Silence’ The search for planets beyond our solar system, known as exoplanets, has entered a new era. Astronomer...

#Tech #astronomi #eksoplanet #esa #Pencarian #Planet #Sinyal #Bintang

Origin | Interest | Match

Skärmdump från hemsidan Yr som visar Nordlys

Skärmdump från Yr.no som visar vädret i Stockholm. Jag har ringat in länken ”Andre varsler”

Jag hade missat att vädertjänsten Yr.no har prognoser för norrsken och annat kul. Lätt att nå från vädersidan för din stad. Vädret kan visas per timme. Inga appar, inget inlogg, bara roliga grejer. #norrsken #vädret #vetenskap #astronomi #jymden #rymden

Nya upptäckter i vår galax! 🌌 Forskare har avslöjat ett enormt objekt som sträcker sig över 650 ljusår. Vad betyder detta för vår förståelse av rymden? 🤔 #Astronomi #Galaxen

Langit mendung atau nggak bisa keluar?

Live streaming resmi BMKG: gerhana.bmkg.go.id

Tapi kalau langit cerah — keluarlah. Nonton langsung beda. Berikutnya baru 2044.

Lo mau jadi saksinya malam ini? 🌕

#GerhanaBulan #BloodMoon #Indonesia #Langit #Astronomi

Bonus: Jupiter dan Mars juga keliatan malam yang sama.

Blood Moon + dua planet terang dalam satu frame. Ini momen astrofotografi yang jarang banget timing-nya sebagus ini.

Tips HP: mode pro, ISO 400–800, eksposur 1–2 detik, sandarin ke yang stabil.

#BloodMoon #Astrofotografi #Astronomi

A large, glowing red moon dominates the skyline over a cityscape, with palm trees, rooftops, and a mosque silhouette in the foreground.

Besok malam bulan merah.

Gerhana Bulan Total 3 Maret 2026 keliatan dari seluruh Indonesia — mata telanjang cukup, nggak perlu alat.

Satu-satunya di 2026 yang keliatan dari sini. Skip sekarang = nunggu 2044.

#GerhanaBulan #BloodMoon #Astronomi

Fenomena Langit Maret 2026 Jangan lewatkan Gerhana Bulan Total yang bisa diamati dari seluruh Indonesia. Selain itu masih ada planet yang menemani di malam hari. 

Jangan lewatkan Gerhana Bulan Total yang bisa diamati dari seluruh Indonesia. Selain itu masih ada planet yang menemani di malam hari.  #astronomi #darksky #gerhana #langitgelap #gerhanabulantotal #lunar eclipse

Evolusi Bintang di Kawasan Jantung Bimasakti Teleskop radio ALMA berhasil memotret area pusat Bimasakti yang misterius dan menyingkap jaringan di dalamnya dengan sangat detail. 

Di jantung Bimasakti, dekat lubang hitam supermasif, tersembunyi wilayah paling ekstrem galaksi kita. Kini ALMA memetakannya dengan sangat detail.

Mengapa ini penting? Simak di #langitselatan #astronomi #galaksi #bintang #bimasakti #astrofotografi #beritaterkini

Dünya'dan 1270 ışık yılı uzaktaki Orion Bulutsusu Türkiye'den görüntülendi Bitlis'te Doç. Dr. Cihan Önen, dondurucu soğuğa rağmen gökyüzünün en büyüleyici yapılarından biri olan Orion Bulutsusu'nu (Avcı Bulutsusu) görüntülemeyi başardı.

Bitlis'te Doç. Dr. Cihan Önen, dondurucu soğuğa rağmen gökyüzünün en büyüleyici yapılarından biri olan Orion Bulutsusu'nu (Avcı Bulutsusu) görüntülemeyi başardı. #OrionBulutsusu #Gökyüzü #Astronomi #Bitlis #CihanÖnen

Kanlı Ay tutulması ne zaman, saat kaçta? Başak burcu Ay Tutulması Türkiye'den görülecek mi? Kanlı Ay tutulması ne zaman, saat kaçta olacağı vatandaşlar tarafından merak ediliyor. Ay'ın Dünya'nın tam gölgesine girmesi ve parlaklığını kaybederek zamanla kızıllaşmasıyla oluşan Kanlı Ay tutulmas...

🌔⏰Kanlı Ay tutulması ne zaman, saat kaçta?

❓🔭Başak burcu Ay Tutulması Türkiye'den görülecek mi?

#Aytutulması #Ay #kanlıay #astroloji #astronomi #başak

Gezegen Geçidi ile 6 gezegen ne zaman buluşacak? Gökyüzünde büyük şölen: Gezegen Geçidi ne zaman? Yakın süreçte gerçekleşecek olan "Gezegen Geçidi" ismi verilen gökyüzü olayının tarihi merak ediliyor. Astronomik bir görsel şölen olacak olan olayda, Merkür, Venüs, Jüpiter, Satürn, Uranüs ve Neptün ...

🪐Gökyüzünde büyük şölen!

❓Gezegen Geçidi ile 6 gezegen ne zaman buluşacak?
🔭Türkiye'den görülebilecek mi

#GezegenGeçidi #gezegen #astroloji #astronomi #burçlar

Original post on world-today-journal.com

Giant Ring System & Planet Smashup Dim ASASSN-24fw Baffles Astronomers The Fading Light of ASASSN-24fw: A Stellar Mystery Unveiled The cosmos continues to surprise and challenge our understandi...

#Health #ASASSN-24fw #astronomi #bintang #raksasa #James #Webb #Space #Telescope #Super-Jupiter […]

Posisi Hilal Masih Bawah Ufuk di Lombok NTB, Ini Penjelasan BMKG Badan Meteorologi, Klimatologi, dan Geofisika (BMKG) melaporkan posisi hilal saat ini di Pusat Observasi Bulan di Lombok Utara, Nusa Tenggara Barat (NTB).

BMKG: Posisi hilal di Lombok, NTB, masih di bawah ufuk. Penentuan awal bulan Hijriah tetap menunggu hasil rukyat. Simak penjelasan lengkap di sini & jaga objektivitas. #Astronomi #Hilal www.viva.co.id/berita/nasional/1880789-...

Bilim insanlarından Dünya'nın ikizinde tüm bilinenleri değiştirecek büyük keşif! Bilim insanları, Dünya'nın ikizi olarak kabul edilen Venüs’ün derinliklerinde, volkanik patlamalarla oluşmuş gizli tüneller keşfedildiğini açıkladı.

Bilim insanları, Dünya'nın ikizi olarak kabul edilen Venüs’ün derinliklerinde, volkanik patlamalarla oluşmuş gizli tüneller keşfedildiğini açıkladı. #bilim #Venüs #astronomi #keşif #teknoloji

Arum Manis Melayang-Layang di Ruang Angkasa? Untuk pertama kalinya, astronom "menimbang" empat bayi planet yang mengitari bintang V1298 Tau.

Astronom baru saja menemukan sesuatu yang menarik. Untuk pertama kalinya, astronom "menimbang" empat bayi planet yang mengitari bintang V1298 Tau. #astronomi #spacenews #spacekids #kidsscience #sains

Güneş tutulması ne zaman, saat kaçta? 2026 Güneş Tutulması Türkiye'den izlenecek mi? Güneş tutulması günü ve tarihi, 2026 Şubat ayının gelmesiyle birlikte merak ediliyor. Ay'ın Dünya ile Güneş’in arasına girmesiyle oluşan Güneş Tutulması bu sene Şubat ayında Kova burcunda gerçekleşece...

☀️2026 Güneş tutulması ne zaman, saat kaçta?

❓Türkiye'den izlenebilecek mi?

#GüneşTutulması #Güneş #Astroloji #Burçlar #Astronomi #Kovaburcu #Kova

Fenomena Langit Bulan Februari 2026 Februari menghadirkan planet yang bergantian hadir kala senja sampai saat fajar. Dan jangan lewatkan papasan Bulan dengan planet dan bintang.

Februari menghadirkan planet yang bergantian hadir kala senja sampai saat fajar. Dan jangan lewatkan papasan Bulan dengan planet dan bintang. #astronomi #fenomenalangit #Bulan #astrofotografi #planet #observasi

Çiğli’de “Uzay" izdihamı! Çocuklar buraya akın ediyor! - Demokrat Gündem - Haberler - Son Dakika Haberleri Sömestr tatilinin en gözde durağı belli oldu! Gezegenler, roketler ve havacılık... Çiğli'de çocuklar hayallerini uzaya nasıl taşıyor?

ÇİĞLİ'DE "UZAY" İZDİHAMI
1 HAFTADA 1.100 KİŞİ AKIN ETTİ!

Çiğli’deki o "Gizemli Kampüs" kapılarını sömestr için ardına kadar açtı!

demokratgundem.com/ciglide-uzay...

#Çiğli #OnurEmrahYıldız #UzayKampüsü #Sömestr #İzmir #Bilim #Astronomi #Haber #DemokratGündem @OnurEmrahYILDIZ @ciglibelediyesi

Deep sky image of the Horsehead Nebula. With bright stars and red dust. And a small shape that looks like a horses head.

Horsehead Nebula IC 434
Taken with the Seestar S50
Stacked 256 x 10sek
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#horsehead #seestar #nebula #stars #univers #astro #astronomi #astrophoto #astrophotography

Cloud 9: Galaksi Gagal dari Alam Semesta Dini Para astronom menemukan relik pembentukan galaksi dari alam semesta dini. Awan gas tanpa bintang dengan materi gelap. 

Para astronom menemukan relik pembentukan galaksi dari alam semesta dini. Awan gas tanpa bintang dengan materi gelap. Simak cerita tentang Awan 9 alias galaksi gagal di #langitselatan #astronomi #spacenews #bintang #galaksi