#Princerupert

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#Princerupert Reel by @strongcoastca - After four days and 50 cuts, one exhausted humpback finally got a second chance to breathe. In September 2024, a humpback was found off the coast bet
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@strongcoastca
After four days and 50 cuts, one exhausted humpback finally got a second chance to breathe. In September 2024, a humpback was found off the coast between Prince Rupert and Haida Gwaii so tightly wrapped in ropes, buoys, and fishing gear that its mouth was pinned shut and lines were embedded in its body. The animal had likely been dragging that weight for months, unable to feed and barely able to surface. DFO’s disentanglement team worked for four days to free it. Entanglement is not rare here. Researchers estimate about half of BC’s humpbacks carry scars from being tangled in gear. This rescue shows what’s possible when trained teams, proper equipment, and time are present. It also shows how fragile that safety net is, and why more people on this coast need the training to do this work. With World Whale Day this Sunday, we’re reminded that welcoming whales back is only part of the story. Keeping these waters safe for them is the real work. On a coast this vast, most entangled whales are never found. Guardian programs, supported in part through marine protected area funding, mean more trained boats on the water, more eyes in key feeding areas, and a better chance of getting help to a whale in time. Footage by Fisheries and Oceans Canada. #WorldWhaleDay #HumpbackWhale #BCcoast #PrinceRupert #HaidaGwaii #MarineFoodWeb #StrongCoast
#Princerupert Reel by @scienceexplored - The Prince Rupert's Drop is a teardrop-shaped glass marvel. Formed by cooling molten glass in water, its surface compresses while the core stays under
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@scienceexplored
The Prince Rupert’s Drop is a teardrop-shaped glass marvel. Formed by cooling molten glass in water, its surface compresses while the core stays under tension, creating incredible strength. The bulbous head can withstand up to 40,000 pounds of force, but a small nick to its tail triggers an explosive shatter. [ Video - @hydraulicpresschannel ] This content is shared strictly for educational purposes. DM us for credit/removal. (No copyright intended) #science #knowledge #learning #viral
#Princerupert Reel by @asteriontalks - From a physics perspective, a Prince Rupert's drop is a striking demonstration of how internal stress distribution governs material strength and failu
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@asteriontalks
From a physics perspective, a Prince Rupert’s drop is a striking demonstration of how internal stress distribution governs material strength and failure. When molten glass is rapidly quenched in cold water, the outer surface cools and solidifies almost instantly. This rapid cooling locks the surface into a state of high compressive stress, because the glass contracts as it cools but is constrained by the still-molten interior. Compression is crucial here: cracks struggle to propagate through a material that is already being squeezed inward, which is why the bulbous head of the drop can withstand intense impacts, even direct hammer blows. Meanwhile, the interior cools much more slowly. As it solidifies and contracts, it is pulled outward by the already-hardened shell, leaving the core under tensile stress. Tensile stress is inherently unstable for brittle materials like glass, because it encourages crack growth. The drop is therefore a metastable structure: extremely strong at the surface, but storing a large amount of elastic potential energy inside. The thin tail is the weak point because it exposes the tensile core. When the tail is snapped, even slightly, it triggers a crack that rapidly propagates into the interior. Once the crack reaches the stressed core, the stored energy is released almost instantaneously, causing the entire structure to disintegrate into fine powder at supersonic speeds. This dramatic failure highlights key physics concepts such as stress gradients, crack propagation, and the difference between compressive and tensile strength in brittle materials. #asteriontalks #physics #materialscience #glassphysics #science
#Princerupert Reel by @unexplainedscience - It can withstand a direct hammer blow… but a tiny scratch is enough to shatter it into a thousand fragments. It's called Prince Rupert's Tear. A drop
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@unexplainedscience
It can withstand a direct hammer blow… but a tiny scratch is enough to shatter it into a thousand fragments. It’s called Prince Rupert’s Tear. A drop of tempered glass whose internal structure compresses its surface with such force that it becomes stronger than steel. The secret lies in the extreme tension: the head is almost indestructible, but the tail is its weak point. If that balance is disrupted… everything collapses in microseconds. 👁️ NASA studied it to understand how to distribute pressure in ultra-resistant materials. A perfect example of how absolute strength can depend on an invisible fragility. 📕 In The Unexplainable, we explore these phenomena where science reveals that what seems solid can break with the slightest detail. 👉 Go to the link in my profile and find out. Nothing is as simple as it seems. #TheUnexplainable #UnexplainedScience #GlassPhysics #Materials
#Princerupert Reel by @crafty_creations1326 (verified account) - This Glass Drop Is Nearly Indestructible… Until You Touch the Tail 💥 A Prince Rupert's Drop is created when molten glass falls into cold water. The
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@crafty_creations1326
This Glass Drop Is Nearly Indestructible… Until You Touch the Tail 💥 A Prince Rupert’s Drop is created when molten glass falls into cold water. The outside cools instantly and hardens, while the inside cools slowly—trapping enormous internal stress. That stress is the secret. The thick bulb at the front becomes incredibly strong. You can hit it with a hammer, strike it against metal, even apply massive pressure—and it won’t break. But the thin tail? That’s the weak point. The moment the tail is damaged, the trapped stress releases at supersonic speed, racing through the glass. In a split second, the entire drop explodes into powder-like fragments. It’s a perfect paradox of physics: extreme strength and extreme fragility—built into the same object.This tiny drop proves that how stress is distributed matters more than what something is made of. . . #PrinceRupertsDrop #PhysicsIsWild #ScienceExplained #HiddenForces #mindblown
#Princerupert Reel by @sciencelabdecoded - A Prince Rupert's drop is created when molten glass is dropped into cold water. The outside cools almost instantly, locking in strong compressive stre
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@sciencelabdecoded
A Prince Rupert’s drop is created when molten glass is dropped into cold water. The outside cools almost instantly, locking in strong compressive stress, while the inner core cools more slowly and holds tensile stress. This balance makes the rounded head incredibly tough and able to withstand heavy impacts. But the structure has a weakness. Snap the thin tail, and all that stored stress is released at once, causing the entire drop to explode into tiny fragments. Credits: Nick Uhas on yt #ScienceLabAI Want access to the most interesting content? Follow @ScienceLab_AI #physicsvideos #sciencecommunity #learningthroughvideo #sciencecommunication #educationalmedia #reelscience #discovermore #knowledgehub #scienceculture #glassfracture #materialbehavior #stressdistribution #thermalshock #physicslearning #experimentvideo #scientificcuriosity #engineeringphysics #visualexperiments #sciencecontentcreator
#Princerupert Reel by @tinned_fish_reviews (verified account) - St Jeans Smoked Saltspring Island Mussels from the Canadian Coast Guard, Prince Rupert Lifeboat Station. Thank you Mike, Ian, Wilf and Hayley! #tinne
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@tinned_fish_reviews
St Jeans Smoked Saltspring Island Mussels from the Canadian Coast Guard, Prince Rupert Lifeboat Station. Thank you Mike, Ian, Wilf and Hayley! #tinnedfish #cannedfish #tinnedfishreview
#Princerupert Reel by @entrepre.neurialogy - A Prince Rupert's Drop looks like a fragile glass tear… but it can survive a hammer blow 💥. The secret? Rapid cooling creates extreme compressive st
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@entrepre.neurialogy
A Prince Rupert’s Drop looks like a fragile glass tear… but it can survive a hammer blow 💥. The secret? Rapid cooling creates extreme compressive stress on the outside and tension inside. That makes the bulb almost unbreakable — until the tail snaps, releasing stored energy and shattering it instantly. 🚀 NASA doesn’t build spacecraft out of these, but the physics behind them is crucial. Studying Rupert’s Drops helps scientists understand: How stress distribution makes materials stronger Ways to design impact-resistant glass & ceramics Even how materials might behave in microgravity So next time you see a glass drop explode in slow-mo, remember: the same science is helping protect astronauts and spacecraft. 🌌 #NASA #PrinceRupertsDrop #ScienceExplained #SpaceTech #Engineering
#Princerupert Reel by @interesting_fact.zip - この奇妙なガラスは ルパートの涙（Prince Rupert's Drop） と呼ばれています。 溶けたガラスを そのまま冷水に落として急冷すると、 水滴のような形と 細い"尾"を持つ構造が生まれます。 驚くべきなのは、その強度。 丸い頭の部分は ハンマーで叩いても壊れず、 銃弾すら耐えた実験例
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@interesting_fact.zip
この奇妙なガラスは ルパートの涙（Prince Rupert’s Drop） と呼ばれています。 溶けたガラスを そのまま冷水に落として急冷すると、 水滴のような形と 細い“尾”を持つ構造が生まれます。 驚くべきなのは、その強度。 丸い頭の部分は ハンマーで叩いても壊れず、 銃弾すら耐えた実験例もあります。 その理由は、内部に蓄えられた 極端な圧縮応力。 表面は圧縮され、 内側には引き伸ばされる力が閉じ込められています。 しかし—— そのバランスは完璧ではありません。 細い尾の先を ほんのわずかに欠けさせると、 内部に溜まっていた応力が一気に解放され、 ガラス全体が 一瞬で粉々に崩壊します。 この「異常な強度と脆さ」を理解するため、 NASAを含む研究機関は 高速カメラや応力解析を用いて この構造を研究しました。 これは単なるガラスではありません。 応力を閉じ込めた、物理の彫刻。 壊れないから強いのではない。 壊れ方まで設計されている—— それが、ルパートの涙です。 ——————————————————————— まだ知らなかった様々な興味深い真実を知りたいのなら、 ＠interesting_fact.zipをフォローしてください！ 世界中の面白い話をお伝えいたします！
#Princerupert Reel by @astralis_212 - تُعرف هذه القطرة باسم Prince Rupert's Drops، وهي واحدة من أغرب الظواهر في عالم الفيزياء. يتم صنعها عندما يتم إسقاط زجاج منصهر في ماء بارد جدًا، فيبرد
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@astralis_212
تُعرف هذه القطرة باسم Prince Rupert's Drops، وهي واحدة من أغرب الظواهر في عالم الفيزياء. يتم صنعها عندما يتم إسقاط زجاج منصهر في ماء بارد جدًا، فيبرد السطح الخارجي بسرعة كبيرة بينما يبقى الداخل ساخنًا لفترة قصيرة. النتيجة تكون قطرة زجاجية قوية بشكل مذهل من الأمام، لدرجة أنها تستطيع تحمل ضربات قوية وحتى ضغط هائل دون أن تنكسر. لكن المفاجأة الغريبة أن لها ذيلًا رفيعًا جدًا… وإذا تم كسر هذا الذيل فقط، فإن القطرة كلها تنفجر فورًا وتتحطم إلى آلاف القطع الصغيرة في جزء من الثانية! السبب العلمي يعود إلى التوترات الداخلية الشديدة داخل الزجاج، حيث يكون السطح الخارجي مضغوطًا بقوة بينما الداخل تحت ضغط معاكس. وعندما ينكسر الذيل، تنتشر موجة كسر بسرعة هائلة داخل القطرة، فتتفكك بالكامل في لحظة مذهلة. هذه الظاهرة كانت معروفة منذ القرن السابع عشر وأثارت دهشة العلماء لسنوات طويلة، وما زالت تُستخدم اليوم لشرح قوة المواد وكيف يمكن أن تكون الأشياء شديدة الصلابة… لكنها في الوقت نفسه شديدة الهشاشة.#غرائب #حقائق_غريبة #قطرة_الأمير_روبرت #تجارب #تجارب_علمية عجائب علم فيزياء معلومات حقائق مذهل غريب science facts viral
#Princerupert Reel by @devourer.1 - A Prince Rupert's Drop looks like a fragile glass tear… but it can survive a hammer blow 💥. The secret? Rapid cooling creates extreme compressive str
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@devourer.1
A Prince Rupert’s Drop looks like a fragile glass tear… but it can survive a hammer blow 💥. The secret? Rapid cooling creates extreme compressive stress on the outside and tension inside. That makes the bulb almost unbreakable — until the tail snaps, releasing stored energy and shattering it instantly. 🚀 NASA doesn’t build spacecraft out of these, but the physics behind them is crucial. Studying Rupert’s Drops helps scientists understand: How stress distribution makes materials stronger Ways to design impact-resistant glass & ceramics Even how materials might behave in microgravity So next time you see a glass drop explode in slow-mo, remember: the same science is helping protect astronauts and spacecraft. 🌌 #NASA #PrinceRupertsDrop #ScienceExplained #SpaceTech #Engineering #PhysicsFacts #ExplorePage #reels #space #glass
#Princerupert Reel by @science.expliquee - Une goutte du Prince Rupert ressemble à une larme de verre fragile… mais elle peut survivre à un coup de marteau 🔨😳. Le secret ? 🔥 Un refroidissem
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@science.expliquee
Une goutte du Prince Rupert ressemble à une larme de verre fragile… mais elle peut survivre à un coup de marteau 🔨😳. Le secret ? 🔥 Un refroidissement ultra-rapide crée une compression extrême à l’extérieur et une tension intense à l’intérieur. Cela rend la partie arrondie presque incassable — jusqu’à ce que la fine queue se brise, libérant l’énergie stockée et provoquant son éclatement instantané 💥✨. La NASA ne construit pas ses vaisseaux spatiaux avec ces gouttes 🚀, mais la physique qui les explique est essentielle. L’étude des gouttes du Prince Rupert aide les scientifiques à comprendre : 🔬 Comment la répartition des contraintes rend les matériaux plus résistants 🛡️ Comment concevoir du verre et des céramiques résistants aux impacts 🌌 Comment les matériaux peuvent se comporter en microgravité Alors, la prochaine fois que vous voyez une goutte de verre exploser au ralenti 🎥💎, souvenez-vous : la même science contribue à protéger les astronautes et les engins spatiaux 👨‍🚀🚀.

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