team万とし「AIと紬ぐ二重幾何生存論提唱者」

Astronomers have found the strongest evidence so far that some planets outside the Solar System possess magnetic fields. The study focuses on seven ultra-hot Jupiters, giant gaseous exoplanets orbiting extremely close to their stars, with one side permanently facing the star and the other locked in darkness. These planets are not Earth-like and are not candidates for life, but their atmospheres offer a useful laboratory because they are hot enough for metals such as iron to become detectable and partly ionized. Using high-resolution observations from instruments including ESPRESSO on ESO’s Very Large Telescope and MAROON-X on Gemini North, the team measured Doppler shifts in iron lines to estimate atmospheric wind speeds. Under ordinary atmospheric physics, hotter planets should have stronger winds because their atmospheres receive more stellar energy. Instead, the researchers found the opposite trend: the hotter the planet, the slower the measured winds. The most plausible explanation is magnetic drag. In these intensely heated atmospheres, charged particles interact with the planet’s magnetic field, which acts like a brake on atmospheric circulation. From this relationship, the team inferred magnetic field strengths of at most a few gauss, broadly comparable to magnetic fields found among Solar System planets and close to Jupiter-like values. The result does not mean that Earth-like exoplanets with protective magnetic fields have been detected. It means that, for the first time, astronomers have a robust population-level method for linking atmospheric dynamics to planetary magnetism in exoplanets. That matters because magnetic fields can influence how planets evolve, how their atmospheres are retained or lost, and, indirectly, whether rocky planets might remain habitable over long timescales. 👉 https://t.co/cCgFnty0w3

ExploreCosmos_'s tweet photo. Astronomers have found the strongest evidence so far that some planets outside the Solar System possess magnetic fields.

The study focuses on seven ultra-hot Jupiters, giant gaseous exoplanets orbiting extremely close to their stars, with one side permanently facing the star and the other locked in darkness.

These planets are not Earth-like and are not candidates for life, but their atmospheres offer a useful laboratory because they are hot enough for metals such as iron to become detectable and partly ionized.

Using high-resolution observations from instruments including ESPRESSO on ESO’s Very Large Telescope and MAROON-X on Gemini North, the team measured Doppler shifts in iron lines to estimate atmospheric wind speeds.

Under ordinary atmospheric physics, hotter planets should have stronger winds because their atmospheres receive more stellar energy. Instead, the researchers found the opposite trend: the hotter the planet, the slower the measured winds.

The most plausible explanation is magnetic drag. In these intensely heated atmospheres, charged particles interact with the planet’s magnetic field, which acts like a brake on atmospheric circulation. From this relationship, the team inferred magnetic field strengths of at most a few gauss, broadly comparable to magnetic fields found among Solar System planets and close to Jupiter-like values.

The result does not mean that Earth-like exoplanets with protective magnetic fields have been detected. It means that, for the first time, astronomers have a robust population-level method for linking atmospheric dynamics to planetary magnetism in exoplanets.

That matters because magnetic fields can influence how planets evolve, how their atmospheres are retained or lost, and, indirectly, whether rocky planets might remain habitable over long timescales.

👉 https://t.co/cCgFnty0w3

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@tt104try

4 days ago

https://t.co/oUZ5QqZANV

TheNewPhysics

@CharlesMullins2

5 days ago

🚨 SCIENTISTS FINALLY FIGURED OUT WHY GOLD NEVER TARNISHES AND IT’S ALL ABOUT ATOM GEOMETRY. Gold stays perfectly shiny for centuries while silver dulls, copper turns green, and iron rusts. For decades, no one could explain exactly why. Now researchers at Tulane University have cracked it using quantum simulations. When gold is cut, its surface atoms don’t stay still. They rearrange into a stable hexagonal pattern. This specific geometry makes it extremely difficult for oxygen molecules to split and react with the metal requiring far more energy than other arrangements. Why this matters: • Gold’s famous inertness is not just chemical it’s geometric • The hexagonal “reconstruction” of atoms creates a protective barrier at the atomic level • This explains why gold is so resistant to tarnishing and corrosion • It also shows why gold is normally a poor catalyst but could become an excellent one if we force atoms into different patterns The deeper implication is enormous: We are learning that the behavior of materials at the atomic scale is controlled by geometry as much as chemistry. By understanding and controlling this atomic rearrangement, scientists could finally make gold a powerful catalyst for clean chemistry while keeping its legendary shine for jewelry and electronics. What other “eternal” properties of materials might actually come down to tiny patterns of atoms? Follow for more frontier physics and materials science.

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team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

4 days ago

https://t.co/cL09T7AHAe

野村泰紀（Yasunori Nomura）

@YasuNomu1

4 days ago

こちらの動画が公開されました！少し前に収録したものなのですが、書籍の発売に合わせて公開していただいたようです！ぜひご覧ください！！ https://t.co/RfL5xPypI1

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team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

7 days ago

5/30 葵S &爆チャレ予想🐎✨【無料予想】本気の予想です😇✨w｜アイちゃんの気まぐれ競馬🏇重賞予想❤︎ @Ai_u2m6a #スキしてみて https://t.co/iKA4PKtNfq

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team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

9 days ago

https://t.co/n6r0BMFt73

囚人A @shujin_a12345

9 days ago

「塀の外側から「出所してからが本番」と声をかけてくれる人が居るのなら、塀の内側の僕らは「出所するまでに」という決意を“いま”行動に移して応えるべきで、それがせめてもの礼儀。」愚者からの手紙pt16「今に心を凝らす」｜独房の哲学 @shujin_a12345 #note #エッセイ https://t.co/3auZHNcdsU

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team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

9 days ago

https://t.co/sfkenDg8jI

週間ゆめの｜ゆめの結人 @WWMTTB

9 days ago

数学という人類最高の論理システムには、絶対に証明できない「バグ」がある。ゲーデルが証明したこの事実は、測り始めた瞬間に折れてしまう定規のようなもの。知性の敗北宣言です。詳細は引用ポストより。 #不完全性定理 #クルトゲーデル #論理の死角

WWMTTB's tweet photo. 数学という人類最高の論理システムには、絶対に証明できない「バグ」がある。

ゲーデルが証明したこの事実は、測り始めた瞬間に折れてしまう定規のようなもの。
知性の敗北宣言です。
詳細は引用ポストより。
#不完全性定理 #クルトゲーデル #論理の死角 https://t.co/dwQLwvug9n

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team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

9 days ago

常識って、誰のものなんだろう。｜shota | 記す人🌍 https://t.co/nvdvkJErDw

team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

9 days ago

【毎日note87日目】愛・朝活2026.5.27 カマタタカヒデさん、グラスの記事（イラスト.エッセイ.日記.猫.自己紹介.毎日note.朝活.スキしてみて.感謝.メンバーシップ.紹介記事.おはよう.えらん堂.やさしサ @4zOfwEvop573121 #スキしてみて https://t.co/Uwey5bTV6D

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team万とし「AIと紬ぐ二重幾何生存論提唱者」

@tt104try

10 days ago

【毎日note86日目】愛・朝活2026.5.26 瀬海歩さんのイメージイラスト一新（イラスト.エッセイ.日記.猫.自己紹介.毎日note.朝活.スキしてみて.感謝.メンバーシ��プ.紹介記事.おはよう.えらん堂.みーちゃ @4zOfwEvop573121 #スキしてみて https://t.co/L7PdcJvU7j