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@wetiz_5: Comeback Real Madrid vs Roma 🔥 #fifa #edit #Soccer #fyp #foryoupage #fypシ゚viral #realmadrid #halamadrid #roma

WETIZ
WETIZ
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Sunday 18 October 2026 02:07:11 GMT
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cxx._nxb
E.D.P :
2026-10-18 03:49:05
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2026-10-18 02:51:25
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🚨😱 NEYMAR QUASE JOGOU NO FLUMINENSE! 🇭🇺🔥 Imagina o craque vestindo a camisa tricolor e disputando o Mundial pelo Fluzão! As conversas avançaram, mas a condição física de Neymar pesou e o negócio acabou não acontecendo. 💥 Será que com Neymar em campo a história do Fluminense teria sido diferente? 👇 Torcedor tricolor, você gostaria de ver Neymar jogando no Fluminense? #Neymar #fluminense #neymarjr10 #brasileirao #santos
🚨😱 NEYMAR QUASE JOGOU NO FLUMINENSE! 🇭🇺🔥 Imagina o craque vestindo a camisa tricolor e disputando o Mundial pelo Fluzão! As conversas avançaram, mas a condição física de Neymar pesou e o negócio acabou não acontecendo. 💥 Será que com Neymar em campo a história do Fluminense teria sido diferente? 👇 Torcedor tricolor, você gostaria de ver Neymar jogando no Fluminense? #Neymar #fluminense #neymarjr10 #brasileirao #santos
In January 2010, a team of Japanese researchers led by Toshiyuki Nakagaki built a Petri dish the size of greater Tokyo. At every major rail station — Yokohama, Chiba, Omiya, Hachioji — they placed a single oat flake. At the center, where Tokyo Station stands, they placed Physarum polycephalum. A slime mold. Single-celled. No brain. No nervous system. No central plan. Twenty-six hours later, they came back. The mold had reached every flake. Connected every station. Through a network of pulsing yellow tubes that, when laid over a map of the actual Tokyo subway, almost perfectly matched the system human engineers had spent a century designing. Same trade-off between length and redundancy. Same connections. Same shortcuts. A blob of yellow had solved a problem mathematicians call NP-hard — the Steiner tree problem — using a single rule: Where there is flow, build. Where there is none, withdraw. In 2008, Nakagaki won the Ig Nobel Prize for showing this same organism could solve mazes. In 2010, the journal Science published the Tokyo result. A creature with no brain solved a problem we still teach in graduate school.
In January 2010, a team of Japanese researchers led by Toshiyuki Nakagaki built a Petri dish the size of greater Tokyo. At every major rail station — Yokohama, Chiba, Omiya, Hachioji — they placed a single oat flake. At the center, where Tokyo Station stands, they placed Physarum polycephalum. A slime mold. Single-celled. No brain. No nervous system. No central plan. Twenty-six hours later, they came back. The mold had reached every flake. Connected every station. Through a network of pulsing yellow tubes that, when laid over a map of the actual Tokyo subway, almost perfectly matched the system human engineers had spent a century designing. Same trade-off between length and redundancy. Same connections. Same shortcuts. A blob of yellow had solved a problem mathematicians call NP-hard — the Steiner tree problem — using a single rule: Where there is flow, build. Where there is none, withdraw. In 2008, Nakagaki won the Ig Nobel Prize for showing this same organism could solve mazes. In 2010, the journal Science published the Tokyo result. A creature with no brain solved a problem we still teach in graduate school.


#سعود #exp #fybシ #virial
#سعود #exp #fybシ #virial
SING PENTING ATINE GAK KOBONG @4ngga #riodgj #riodgjai #blueflame #ghostrider #kobong
SING PENTING ATINE GAK KOBONG @4ngga #riodgj #riodgjai #blueflame #ghostrider #kobong
#threads #topic #nhantuonghoc #douyin
#threads #topic #nhantuonghoc #douyin

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