Okay, so Webb just identified a galaxy (LAP1-B) 800M years post-Big Bang with 240 times less oxygen than our Sun. That's a serious peek into the conditions needed for the universe's very first stars to form!
A stunning new clue may finally reveal how the first stars were born
The James Webb Space Telescope has identified a tiny, extremely primitive galaxy named LAP1-B, observed as it existed approximately 800 million years after the Big Bang. Located 13 billion light-years
vertexaisearch.cloud.google.com
June 26, 2026 at 11:02 PM
Okay, so Webb just identified a galaxy (LAP1-B) 800M years post-Big Bang with 240 times less oxygen than our Sun. That's a serious peek into the conditions needed for the universe's very first stars to form!
“Esta sería la primera detección de estas estrellas primordiales” Sorprendente hallazgo astronómico gracias al James Webb, LAP1-B coincide por completo con las predicciones teóricas sobre las estrellas de Población III, que son las primeras del amanecer cósmico. www.lavanguardia.com/neo/ciencia-...
November 23, 2025 at 1:19 AM
“Esta sería la primera detección de estas estrellas primordiales” Sorprendente hallazgo astronómico gracias al James Webb, LAP1-B coincide por completo con las predicciones teóricas sobre las estrellas de Población III, que son las primeras del amanecer cósmico. www.lavanguardia.com/neo/ciencia-...
JWST found LAP1-B, the most chemically primitive galaxy yet, just 800M years after the Big Bang and 13B light-years out. Its near-total lack of oxygen is key to understanding the universe's first heavy elements.
Astronomers Discovered a 'Cosmic Fossil' in the Making—the Most Chemically Primitive Galaxy Seen Yet
Using the James Webb Space Telescope, astronomers have identified LAP1-B, a galaxy that formed just 800 million years after the Big Bang, making it the most chemically primitive galaxy observed to dat
www.smithsonianmag.com
June 20, 2026 at 6:05 AM
JWST found LAP1-B, the most chemically primitive galaxy yet, just 800M years after the Big Bang and 13B light-years out. Its near-total lack of oxygen is key to understanding the universe's first heavy elements.
Race performance is looking more complex this year:
-Race start/Lap1
-Energy management
-Tyre management
-Reliability
We will be lucky to see ten cars finishing. There's points on offer for the midfield today.
#F1 #F1tech #AustralianGP
-Race start/Lap1
-Energy management
-Tyre management
-Reliability
We will be lucky to see ten cars finishing. There's points on offer for the midfield today.
#F1 #F1tech #AustralianGP
March 8, 2026 at 3:38 AM
Race performance is looking more complex this year:
-Race start/Lap1
-Energy management
-Tyre management
-Reliability
We will be lucky to see ten cars finishing. There's points on offer for the midfield today.
#F1 #F1tech #AustralianGP
-Race start/Lap1
-Energy management
-Tyre management
-Reliability
We will be lucky to see ten cars finishing. There's points on offer for the midfield today.
#F1 #F1tech #AustralianGP
Seen just 800 million years after the big bang, an object called LAP1-B is a galactic building block that seems to hold some of the first stars to ever shine
Astronomers just came one step closer to seeing the universe’s first stars
Seen just 800 million years after the big bang, an object called LAP1-B is a galactic building block that seems to hold some of the first stars to ever shine
www.scientificamerican.com
May 13, 2026 at 4:24 PM
Seen just 800 million years after the big bang, an object called LAP1-B is a galactic building block that seems to hold some of the first stars to ever shine
www.youtube.com/live/moTR77c...
本日の夜9時に開始予定。
本日の夜9時に開始予定。
#3【2Dアクション】「Pizza Tower」Peppina MOD v4 Noise-chan All Lap1 / 1回目【Mino Games】
YouTube video by Mino Games
www.youtube.com
October 1, 2026 at 11:39 PM
www.youtube.com/live/moTR77c...
本日の夜9時に開始予定。
本日の夜9時に開始予定。
It’s about goddamn time www.space.com/astronomy/th...
The James Webb Space Telescope may have finally found the 1st stars in the universe
"We really needed the sensitivity of JWST. We also needed the 100 times magnification from gravitational lensing from a galaxy cluster between us and LAP1-B."
www.space.com
November 19, 2025 at 5:05 PM
It’s about goddamn time www.space.com/astronomy/th...
＼💬 7月1日の4コマ 💬／
【4コマ漫画】いつもアイテムボックスを持ってるし、短気
【4コマ漫画】いつもアイテムボックスを持ってるし、短気
【4コマ漫画】いつもアイテムボックスを持ってるし、短気 | オモコロ
LAP1
omocoro.jp
July 1, 2025 at 8:01 AM
＼💬 7月1日の4コマ 💬／
【4コマ漫画】いつもアイテムボックスを持ってるし、短気
【4コマ漫画】いつもアイテムボックスを持ってるし、短気
GA-NIFS view of LAP1: Assembly of Pop~III stellar clusters during EoR. J. Scholtz et. al. https://arxiv.org/abs/2609.35945
September 30, 2026 at 7:09 AM
GA-NIFS view of LAP1: Assembly of Pop~III stellar clusters during EoR. J. Scholtz et. al. https://arxiv.org/abs/2609.35945
13 Milliarden Lichtjahre entfernt
Forscher finden Hinweise auf die ersten Sterne des Universums
Mithilfe des James-Webb haben Forscher den Sternhaufen LAP1-B entdeckt, der Aufschluss über die Entstehung der ersten Sterne und Galaxien geben könnte.
Forscher finden Hinweise auf die ersten Sterne des Universums
Mithilfe des James-Webb haben Forscher den Sternhaufen LAP1-B entdeckt, der Aufschluss über die Entstehung der ersten Sterne und Galaxien geben könnte.
November 15, 2025 at 4:21 AM
13 Milliarden Lichtjahre entfernt
Forscher finden Hinweise auf die ersten Sterne des Universums
Mithilfe des James-Webb haben Forscher den Sternhaufen LAP1-B entdeckt, der Aufschluss über die Entstehung der ersten Sterne und Galaxien geben könnte.
Forscher finden Hinweise auf die ersten Sterne des Universums
Mithilfe des James-Webb haben Forscher den Sternhaufen LAP1-B entdeckt, der Aufschluss über die Entstehung der ersten Sterne und Galaxien geben könnte.
😍Je suis très fier de vous annoncer mon premier article chez Ciel&Espace !
🌠🌠Avons-nous enfin découvert les toutes premières étoiles de l'Univers, appelées de Population III, cherchées depuis 60 ans ?
La mini galaxie LAP1-B semble en avoir les caractéristiques...
www.cieletespace.fr/actualites/a...
🌠🌠Avons-nous enfin découvert les toutes premières étoiles de l'Univers, appelées de Population III, cherchées depuis 60 ans ?
La mini galaxie LAP1-B semble en avoir les caractéristiques...
www.cieletespace.fr/actualites/a...
A-t-on enfin vu les premières étoiles de l’Univers ?
Le télescope spatial James Webb vient de permettre la détection d’un signal attendu depuis plus de 60 ans : celui d’une lointaine galaxie qui semble abriter les toutes premières étoiles de l’Univers. ...
www.cieletespace.fr
December 4, 2025 at 1:57 PM
😍Je suis très fier de vous annoncer mon premier article chez Ciel&Espace !
🌠🌠Avons-nous enfin découvert les toutes premières étoiles de l'Univers, appelées de Population III, cherchées depuis 60 ans ?
La mini galaxie LAP1-B semble en avoir les caractéristiques...
www.cieletespace.fr/actualites/a...
🌠🌠Avons-nous enfin découvert les toutes premières étoiles de l'Univers, appelées de Population III, cherchées depuis 60 ans ?
La mini galaxie LAP1-B semble en avoir les caractéristiques...
www.cieletespace.fr/actualites/a...
The James Webb Space Telescope has spotted the most primitive galaxy ever seen.
www.semafor.com/article/05/1...
www.semafor.com/article/05/1...
James Webb Space Telescope spots distant galaxy
The LAP1-B galaxy is 13 billion light years away, tiny, and dim.
www.semafor.com
May 15, 2026 at 12:02 AM
The James Webb Space Telescope has spotted the most primitive galaxy ever seen.
www.semafor.com/article/05/1...
www.semafor.com/article/05/1...
Where is Max’s for t1, lap1?
October 26, 2025 at 8:25 PM
Where is Max’s for t1, lap1?
j'ai juré c'est vraiment un lapin 🙏
May 3, 2025 at 5:10 PM
j'ai juré c'est vraiment un lapin 🙏
December 8, 2024 at 3:36 PM
In Daten des James Webb hat erneut Spuren gefunden, die von Sternen der allerersten Generation stammen gefunden. Eine Galaxie mit der Bezeichnung LAP1-B erfüllt demnach drei zentrale Vorhersagen für Sterne dieser Population III, eine Bestätigung steht aber noch aus
November 23, 2025 at 4:27 AM
In Daten des James Webb hat erneut Spuren gefunden, die von Sternen der allerersten Generation stammen gefunden. Eine Galaxie mit der Bezeichnung LAP1-B erfüllt demnach drei zentrale Vorhersagen für Sterne dieser Population III, eine Bestätigung steht aber noch aus
【130億年前】宇宙誕生から約8億年後に生まれたばかりの極小銀河を観測
news.livedoor.com/article/deta...
金沢大などの国際研究チームが発表。銀河に含まれる酸素の量がこれまで見つかった銀河の中で最も少なく、重い元素もほとんどない成長初期の状態とみており、銀河誕生の解明につながると期待している。
news.livedoor.com/article/deta...
金沢大などの国際研究チームが発表。銀河に含まれる酸素の量がこれまで見つかった銀河の中で最も少なく、重い元素もほとんどない成長初期の状態とみており、銀河誕生の解明につながると期待している。
誕生直後の極小銀河を観測 宇宙初期、130億年前 - ライブドアニュース
巨大銀河団と極小銀河「LAP1―B」（四角で囲んだ部分）のイメージ（（C）NASA，ESA，CSA＆K.Nakajimaetal.，Nature）約138億年前の宇宙誕生から約8億年後に生まれたばかりの極小銀河「LAP1―B」の観測に成
news.livedoor.com
May 14, 2026 at 4:44 AM
【130億年前】宇宙誕生から約8億年後に生まれたばかりの極小銀河を観測
news.livedoor.com/article/deta...
金沢大などの国際研究チームが発表。銀河に含まれる酸素の量がこれまで見つかった銀河の中で最も少なく、重い元素もほとんどない成長初期の状態とみており、銀河誕生の解明につながると期待している。
news.livedoor.com/article/deta...
金沢大などの国際研究チームが発表。銀河に含まれる酸素の量がこれまで見つかった銀河の中で最も少なく、重い元素もほとんどない成長初期の状態とみており、銀河誕生の解明につながると期待している。
I come and sit on your lap1💋🎀
November 24, 2025 at 9:58 AM
I come and sit on your lap1💋🎀
"Post Spanish GP Power Rankings. (Quali, Lap1, Lap 59 and red mist were considered. They are therefore 100% accurate)."
- u/VariolaVirus
#f1 #formula1 #memes #CanadianGP
- u/VariolaVirus
#f1 #formula1 #memes #CanadianGP
June 3, 2025 at 3:33 AM
"Post Spanish GP Power Rankings. (Quali, Lap1, Lap 59 and red mist were considered. They are therefore 100% accurate)."
- u/VariolaVirus
#f1 #formula1 #memes #CanadianGP
- u/VariolaVirus
#f1 #formula1 #memes #CanadianGP
Not sure why I have a desktop folder of four successive screenshots of what looks like lap1 turn 1 at Portland from a recent year, but here they are before I trash them
March 8, 2025 at 1:43 AM
Not sure why I have a desktop folder of four successive screenshots of what looks like lap1 turn 1 at Portland from a recent year, but here they are before I trash them
Now on @sciam.bsky.social: Astronomers have used a giant space telescope and a cosmic gravitational lens to study a faint galaxy from 13 billion years ago, finding that it may be filled with fresh ashes from the universe’s earliest, strangest stars.
www.scientificamerican.com/article/baby...
www.scientificamerican.com/article/baby...
Astronomers just came one step closer to seeing the universe’s first stars
Seen just 800 million years after the big bang, an object called LAP1-B is a galactic building block that seems to hold some of the first stars to ever shine
www.scientificamerican.com
May 13, 2026 at 4:23 PM
Now on @sciam.bsky.social: Astronomers have used a giant space telescope and a cosmic gravitational lens to study a faint galaxy from 13 billion years ago, finding that it may be filled with fresh ashes from the universe’s earliest, strangest stars.
www.scientificamerican.com/article/baby...
www.scientificamerican.com/article/baby...
J. Scholtz, et al.: GA-NIFS view of LAP1: Assembly of Pop~III stellar clusters during EoR https://arxiv.org/abs/2609.35945 https://arxiv.org/pdf/2609.35945 https://arxiv.org/html/2609.35945
September 30, 2026 at 6:51 AM
J. Scholtz, et al.: GA-NIFS view of LAP1: Assembly of Pop~III stellar clusters during EoR https://arxiv.org/abs/2609.35945 https://arxiv.org/pdf/2609.35945 https://arxiv.org/html/2609.35945
新連載が始まりました。よろしくお願いします~
comic-ogyaaa.com/episode/2551...
comic-ogyaaa.com/episode/2551...
『いち駆ける』Lap1 いち - みそくろ | COMIC OGYAAA!!
オリンピック金メダリストの女性ランナー「久遠遥(くおんはるか)」の失踪から10年後。
その姿に憧れ、陸上を始めた少女・辻中いちは、大きな壁に直面していた。
度重なるプレッシャーに押しつぶされ、大会中にイップスを発症。
何もかもうまくいかない、もう陸上では価値がないと、悩み苦しむ彼女の前に現れたのは…。
諦めきれない二人が出会い、再び駆けだすまでの物語。
comic-ogyaaa.com
January 23, 2026 at 9:47 AM
新連載が始まりました。よろしくお願いします~
comic-ogyaaa.com/episode/2551...
comic-ogyaaa.com/episode/2551...
Nature research paper: An ultra-faint, chemically primitive galaxy forming in the reionization era
go.nature.com/3RCjsWY
go.nature.com/3RCjsWY
An ultra-faint, chemically primitive galaxy forming in the reionization era - Nature
LAP1-B—an ultra-faint and tiny galaxy that formed in the reionization era and is strongly magnified by gravitational lensing—is chemically primitive and hosts very few stars in an otherwise dominant dark matter halo.
go.nature.com
May 14, 2026 at 8:13 AM
Nature research paper: An ultra-faint, chemically primitive galaxy forming in the reionization era
go.nature.com/3RCjsWY
go.nature.com/3RCjsWY