@sa5_3: صورة سينمائية لشاب، ينظر بعناية إلى سيف في يديه. إنه يرتدي ثوبا تقليديا أسودا بأكمام طويلة ووشاح بيزلي معقد منقوش (شماغ / شال) ملفوف بأناقة حول رقبته وكتفيه. إنه يحمل ذو الفقار طويل جداً وكبير الحجم، السيف العربي الأسطوري ذو النقاط المزدوجة، ويتميز بنقوش مفصلة على طول نصله المعدني المنحني ومقبض ذهبي مزخرف مع تصاميم تخريمية والسيف طويل وعليه منقوش عبارة (لافتى الى علي لا سيف الا ذوالفقار). يرتدي خواتم فضية ذات أنماط معقدة على أصابعه. إضاءة مثيرة عالية التباين (chiaroscuro) مع ضوء حافة أحمر خفي ودافئ يسلط الضوء على الجانب الأيسر من شعره ووجهه، بينما ينتقل الجانب الأيمن إلى ظل ناعم. الخلفية مظلمة وبسيطة، مع ستارة سوداء ثقيلة على الجانب الأيمن. نسيج واقعي على الجلد والنسيج، تم تصويره على عدسة 85 مم، وأسلوب تصوير تجاري راقي، ودقة 8k، والتقاط مظهر أصيل وغير اصطناعي.#محرم_عاشوراء #محرم #كربلاء_مدينة_العشق_والعاشقين #الشعب_الصيني_ماله_حل😂😂 #explore

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marwanmarwan5889
𝓜𝓪𝓻𝔀𝓪𝓷 :
عادي تسوي لي
2026-06-22 21:09:42
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king55xx
أبو وطن🖤👑 :
خادم الحسين ربي يحفظك ويبارك بعمرك 👑
2026-06-20 11:01:14
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اريد الكليشه
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ممكن الكليشه
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king55xx
أبو وطن🖤👑 :
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Why do viruses look like robots? Once you discount the AI-generated, misleading videos, viruses really ARE way more robot-like than humans! And the reason they look so weirdly mechanical comes down to scale and complexity. At human size, biology is squishy. Muscles, skin, organs — it feels like nature is sculpting with clay. But viruses are built at the molecular scale, where you don’t have soft, flexible materials to freely mold into any shape. You have proteins. And proteins are more like LEGO pieces (although actually still more flexible) Each one has a specific shape. Specific sticky spots. Specific angles where it can connect to other pieces. So instead of sculpting a smooth blob, evolution builds viruses by snapping together repeated molecular parts. That’s why many virus shells form geometric shapes, like an icosahedron, like a 20-sided protein soccer ball. It’s a strong, efficient container made from the same pieces repeated over and over. For bacteriophages, the design gets even more robotic-looking. The head stores the genetic material. The tail acts like a molecular syringe. And the little leg-like fibers are not legs for walking (or swimming, as shown in the video).They’re more like landing gear and molecular sensors, helping the virus recognize the right bacterial target. No brain. No circuits. No tiny pilot inside. Technically not even considered “alive.” Just simple building blocks, clicking together into a structure that happens to look engineered. Because at that scale, biology doesn’t look like an animal. It looks like architecture. Or maybe more accurately: Nature didn’t sculpt these things. It assembled them. 📚 Check out the study at DOI: 10.1016/j.cell.2025.03.027  #creatorsearchinsights #biology #Science #LearnOnTikTok #TikTokLearningCampaign
Why do viruses look like robots? Once you discount the AI-generated, misleading videos, viruses really ARE way more robot-like than humans! And the reason they look so weirdly mechanical comes down to scale and complexity. At human size, biology is squishy. Muscles, skin, organs — it feels like nature is sculpting with clay. But viruses are built at the molecular scale, where you don’t have soft, flexible materials to freely mold into any shape. You have proteins. And proteins are more like LEGO pieces (although actually still more flexible) Each one has a specific shape. Specific sticky spots. Specific angles where it can connect to other pieces. So instead of sculpting a smooth blob, evolution builds viruses by snapping together repeated molecular parts. That’s why many virus shells form geometric shapes, like an icosahedron, like a 20-sided protein soccer ball. It’s a strong, efficient container made from the same pieces repeated over and over. For bacteriophages, the design gets even more robotic-looking. The head stores the genetic material. The tail acts like a molecular syringe. And the little leg-like fibers are not legs for walking (or swimming, as shown in the video).They’re more like landing gear and molecular sensors, helping the virus recognize the right bacterial target. No brain. No circuits. No tiny pilot inside. Technically not even considered “alive.” Just simple building blocks, clicking together into a structure that happens to look engineered. Because at that scale, biology doesn’t look like an animal. It looks like architecture. Or maybe more accurately: Nature didn’t sculpt these things. It assembled them. 📚 Check out the study at DOI: 10.1016/j.cell.2025.03.027 #creatorsearchinsights #biology #Science #LearnOnTikTok #TikTokLearningCampaign

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