#水 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #水, aggregated by home.social.
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ボトルミクさん / P管29ﾂﾒ / August 8, 2026 11:41 PM
#illustration #初音ミク #イラスト #水 #ボトルミク #青
https://www.pixiv.net/en/artworks/148181895
https://www.pixiv.net/en/users/121119945 -
@emeraldmuse
2/
Ancient humans were just trying to draw a rippling stream, but they accidentally stumbled onto a perfect visual metaphor for the exact geometric lattice that quantum mechanics dictates for H2O at a microscopic level. -
@emeraldmuse
2/
Ancient humans were just trying to draw a rippling stream, but they accidentally stumbled onto a perfect visual metaphor for the exact geometric lattice that quantum mechanics dictates for H2O at a microscopic level. -
@emeraldmuse
2/
Ancient humans were just trying to draw a rippling stream, but they accidentally stumbled onto a perfect visual metaphor for the exact geometric lattice that quantum mechanics dictates for H2O at a microscopic level. -
@emeraldmuse
2/
Ancient humans were just trying to draw a rippling stream, but they accidentally stumbled onto a perfect visual metaphor for the exact geometric lattice that quantum mechanics dictates for H2O at a microscopic level. -
Look at the character again: 水.Physical chemistry tells us that water's bizarre anomalies—like expanding when it freezes—happen because it forms a #tetrahedral network, where every water molecule bonds with exactly four neighbors.By a beautiful bit of cosmic poetry, the Kanji 水 mirrors that exact same number: a central core surrounded by four distinct branching arms.
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Look at the character again: 水.Physical chemistry tells us that water's bizarre anomalies—like expanding when it freezes—happen because it forms a #tetrahedral network, where every water molecule bonds with exactly four neighbors.By a beautiful bit of cosmic poetry, the Kanji 水 mirrors that exact same number: a central core surrounded by four distinct branching arms.
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Look at the character again: 水.Physical chemistry tells us that water's bizarre anomalies—like expanding when it freezes—happen because it forms a #tetrahedral network, where every water molecule bonds with exactly four neighbors.By a beautiful bit of cosmic poetry, the Kanji 水 mirrors that exact same number: a central core surrounded by four distinct branching arms.
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Look at the character again: 水.Physical chemistry tells us that water's bizarre anomalies—like expanding when it freezes—happen because it forms a #tetrahedral network, where every water molecule bonds with exactly four neighbors.By a beautiful bit of cosmic poetry, the Kanji 水 mirrors that exact same number: a central core surrounded by four distinct branching arms.
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@emeraldmuse
2/
What blows my mind is that this isn't just a quirky physics simulation. If water didn't have this exact, bizarre molecular architecture, it wouldn't expand when it freezes. Ice would sink, the oceans would freeze from the bottom up, and the entire planet would be a dead, lifeless block of ice. We are literally a walking symphony of trillions of chemical reactions that only exist because of this chaotic shape-shifting liquid! -
@emeraldmuse
2/
What blows my mind is that this isn't just a quirky physics simulation. If water didn't have this exact, bizarre molecular architecture, it wouldn't expand when it freezes. Ice would sink, the oceans would freeze from the bottom up, and the entire planet would be a dead, lifeless block of ice. We are literally a walking symphony of trillions of chemical reactions that only exist because of this chaotic shape-shifting liquid! -
@emeraldmuse
2/
What blows my mind is that this isn't just a quirky physics simulation. If water didn't have this exact, bizarre molecular architecture, it wouldn't expand when it freezes. Ice would sink, the oceans would freeze from the bottom up, and the entire planet would be a dead, lifeless block of ice. We are literally a walking symphony of trillions of chemical reactions that only exist because of this chaotic shape-shifting liquid! -
@emeraldmuse
2/
What blows my mind is that this isn't just a quirky physics simulation. If water didn't have this exact, bizarre molecular architecture, it wouldn't expand when it freezes. Ice would sink, the oceans would freeze from the bottom up, and the entire planet would be a dead, lifeless block of ice. We are literally a walking symphony of trillions of chemical reactions that only exist because of this chaotic shape-shifting liquid! -
全く新しい「エスプレッソ」の淹れ方が開発される
https://nazology.kusuguru.co.jp/archives/196348 -
德州大學研發集水布料 穿著外套即可憑空製水
過往從空氣中收集水分的裝置通常體積龐大且笨重。德州大學奧斯汀分校（UT Austin）研究團隊最近改變了這項技 […]
#戀上山 #環保 #運動科技 #textile
https://unwire.hk/2026/06/12/ut-austin-water-harvesting-jacket/life-tech/green-2/?utm_source=rss&utm_medium=rss&utm_campaign=ut-austin-water-harvesting-jacket -
德州大學研發集水布料 穿著外套即可憑空製水
過往從空氣中收集水分的裝置通常體積龐大且笨重。德州大學奧斯汀分校（UT Austin）研究團隊最近改變了這項技 […]
#戀上山 #環保 #運動科技 #textile
https://unwire.hk/2026/06/12/ut-austin-water-harvesting-jacket/life-tech/green-2/?utm_source=rss&utm_medium=rss&utm_campaign=ut-austin-water-harvesting-jacket -
德州大學研發集水布料 穿著外套即可憑空製水
過往從空氣中收集水分的裝置通常體積龐大且笨重。德州大學奧斯汀分校（UT Austin）研究團隊最近改變了這項技 […]
#戀上山 #環保 #運動科技 #textile
https://unwire.hk/2026/06/12/ut-austin-water-harvesting-jacket/life-tech/green-2/?utm_source=rss&utm_medium=rss&utm_campaign=ut-austin-water-harvesting-jacket -
city'super 30周年慶 集團總裁揭秘10大hidden gems $150支奧地利水特別滑？
https://www.am730.com.hk/生活/1035314/city-super-30周年慶-集團總裁揭秘10大hidden-gems-150支奧地利水特別滑- -
灣仔禮頓道對開爆水管 水務署到場關水掣
https://www.am730.com.hk/本地/1033960/灣仔禮頓道對開爆水管-水務署到場關水掣 -
張寶兒袁偉豪逾6500萬滲屎水 問題已搞掂唔使搬
https://www.am730.com.hk/娛樂/1033392/張寶兒袁偉豪逾6500萬滲屎水-問題已搞掂唔使搬 -
ボトル交換は必要なし。「Locca」はウォーターサーバーの最適解かも #水 #ウォーターサーバー #水分補給 #ていねいな暮らし #locca #飲料 #andgp
#動画 #ビデオ #共有 #カメラ付き携帯電話 #動画機能付き携帯電話 #無料 #アップロード #チャンネル #コミュニティ #YouTube #ユーチューブ #ウォーターサーバーYouTube動画 #ウォーターサーバーYouTube動画 #動画 #ビデオ #共有 #カメラ付き携帯...
