#Materialsscience

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#Materialsscience Reel by @hypewhip (verified account) - Carbon fiber has revolutionized the automotive industry, particularly in the realm of supercars and high-performance vehicles. This advanced material,
11.2M
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@hypewhip
Carbon fiber has revolutionized the automotive industry, particularly in the realm of supercars and high-performance vehicles. This advanced material, composed of tightly interwoven carbon filaments, offers an unparalleled combination of strength and lightness that has become a hallmark of modern automotive engineering. Supercars like the BAC Mono R and the Bugatti W16 Mistral extensively utilize carbon fiber in their construction, allowing them to achieve remarkable power-to-weight ratios and blistering performance figures. The use of carbon fiber in automotive applications extends far beyond mere aesthetics. While its distinctive weave pattern has become synonymous with exotic vehicles, the material’s true value lies in its structural properties. Carbon fiber components can significantly reduce a vehicle’s overall weight without compromising safety or rigidity. This weight reduction translates directly into improved acceleration, handling, and fuel efficiency. For instance, the McLaren Artura, drawing on the company’s extensive Formula One experience with carbon fiber, employs this material to create a supercar that’s both blindingly fast and surprisingly practical for daily use. As automotive technology continues to advance, carbon fiber is playing an increasingly crucial role in pushing the boundaries of what’s possible. Manufacturers like Koenigsegg have developed proprietary processes such as “Koenigsegg Naked Carbon,” which further refines the material’s properties for even greater weight savings[5]. This relentless pursuit of performance through materials science is not limited to ultra-exclusive hypercars; the benefits of carbon fiber are gradually trickling down to more accessible vehicles. As production techniques improve and costs decrease, we can expect to see carbon fiber components becoming more common in mainstream automobiles, potentially revolutionizing the industry’s approach to weight reduction and efficiency. In your opinion, which supercar has made the best use of carbon fiber technology, and why? What are your thoughts? 🤔💭 ( via @carbon.time.dm ) #cars #technology #carbonfiber
#Materialsscience Reel by @rowancheung (verified account) - Google's Willow quantum chip has achieved the first verifiable quantum advantage, running an algorithm 13,000 times faster than the world's best super
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@rowancheung
Google’s Willow quantum chip has achieved the first verifiable quantum advantage, running an algorithm 13,000 times faster than the world’s best supercomputers. The Quantum Echoes algorithm measures molecular structures by sending signals through quantum bits, then reversing them to detect amplified echoes. This breakthrough enhances nuclear magnetic resonance technology, revealing atomic positions in molecules with unprecedented precision. In tests, Willow analyzed molecules containing up to 28 atoms, matching traditional results while uncovering information conventional methods cannot detect. Unlike previous quantum demonstrations with no practical applications, this advancement could accelerate drug discovery and materials science, bringing quantum computers closer to solving real-world scientific problems by decade’s end. #trendingreels #quantumcomputing #quantum #future #tech #research
#Materialsscience Reel by @technology (verified account) - A designer is pushing the limits of wearable engineering by creating ultra realistic Spider Man inspired suits and tools that closely resemble abiliti
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@technology
A designer is pushing the limits of wearable engineering by creating ultra realistic Spider Man inspired suits and tools that closely resemble abilities once seen only in movies 🕷 Researchers and designers are experimenting with synthetic web like polymers, advanced gloves, and flexible materials that can stretch, grip, and withstand stress. Some lab made compounds can already form thin, sticky strands, while compact electronics and sensors enhance movement and control. While real superpowers remain science fiction, rapid progress in materials science, robotics, and wearable technology suggests that by 2065, a technology driven version of Spider Man may not be impossible, built through engineering rather than mutation. Love technology? Follow @Technology Credits: @the_spectacular_splderguy #spiderman #movie #film #reels #viral
#Materialsscience Reel by @nusstudentaffairs (verified account) - Follow Sydney Khemtonglang (Y1, Materials Science and Engineering), an international PhD student at NUS 🌍, as she takes us through a fast-paced day i
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@nusstudentaffairs
Follow Sydney Khemtonglang (Y1, Materials Science and Engineering), an international PhD student at NUS 🌍, as she takes us through a fast-paced day in her life. Between lab days 🧪 and small moments to pause 🌿, she finds her rhythm while navigating research, routines, and life far from home. It’s a glimpse into how she creates a sense of familiarity and balance at NUS; one day, one routine, and one moment at a time. #NUSLife #NUSStudentLife
#Materialsscience Reel by @viral_.facts - Recognition in science often comes from years of research, dedication, and contribution to knowledge. Dr. Sandhya Shenoy, associated with Srinivas Uni
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@viral_.facts
Recognition in science often comes from years of research, dedication, and contribution to knowledge. Dr. Sandhya Shenoy, associated with Srinivas University in Mangaluru, has reportedly been included in Stanford University’s global list of the world’s top 2% scientists for three consecutive years. Her work in materials science highlights the growing contribution of Indian researchers in global scientific progress and academic excellence. Follow @viral_.facts #indianscientists #scienceachievement #woman in science #resherchexcellence#knowldgeworld
#Materialsscience Reel by @physics.lord - The Schrödinger equation is the foundational concept in quantum mechanics that describes the behavior of microscopic particles, such as electrons, wit
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@physics.lord
The Schrödinger equation is the foundational concept in quantum mechanics that describes the behavior of microscopic particles, such as electrons, without treating them as solid little spheres with exact, predictable paths. Instead, it models these tiny entities as spreading waves of probability, allowing physicists to calculate the likelihood of finding a particle in a particular place at a particular time . This revolutionary idea replaced the absolute certainty of classical physics with a “fuzzy” quantum reality, accurately predicting the specific, fixed energy states that an atom or molecule can possess. Ultimately, by mapping out these probability clouds and energy levels, this framework forms the absolute bedrock for our entire modern understanding of chemistry, materials science, and emerging quantum technologies. . #physicslord #physicsmemes #physicslove #iit #jee #iisc#iiser #neet #neetphysics #jeephysics #physicsstudent
#Materialsscience Reel by @teachyouzone - A strong magnet can Some padlocks can be compromised surprisingly fast - not by force, but by materials science at work. Certain low-end designs rely
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@teachyouzone
A strong magnet can Some padlocks can be compromised surprisingly fast — not by force, but by materials science at work. Certain low-end designs rely on spring-loaded parts made from magnetic metals, which means external magnetic fields can influence how those internals behave. When magnetism interferes with those components, the lock may respond as if it’s being properly aligned from the inside. Nothing snaps or breaks — the mechanism simply reacts to forces it wasn’t designed to resist. That’s exactly why modern locks avoid magnetic metals, use tighter internal tolerances, and add layered systems that can’t be influenced this way. It’s not magic or hacking — it’s a lesson in why design choices matter in security. Like this trick? Follow for more! What’s your thoughts on this ⁉️💭
#Materialsscience Reel by @opsmylol - ...
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Japan's footstep-powered energy technology utilizes piezoelectric materials embedded in flooring systems to convert mechanical pressure from
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@opsmylol
... . . . Japan’s footstep-powered energy technology utilizes piezoelectric materials embedded in flooring systems to convert mechanical pressure from footsteps into electrical energy. These materials—often ceramics or polymers—generate an electric charge when compressed. The tiles are strategically installed in high-traffic areas such as train stations, shopping centers, and stadiums. Each step on a piezoelectric tile produces a small amount of electricity. When thousands of people walk across these surfaces daily, the cumulative energy can power low-voltage devices like LED lights, digital displays, or sensors. The system includes a storage unit that collects and distributes the generated electricity in real time or stores it for later use. This technology is compact, silent, and requires minimal maintenance. It’s designed to integrate seamlessly into existing infrastructure without disrupting pedestrian flow. Engineers optimize tile placement based on foot traffic patterns to maximize energy output. Some systems also include data analytics to monitor usage and performance. By converting kinetic energy into electricity, Japan’s piezoelectric flooring represents a scalable solution for urban energy harvesting. It exemplifies how everyday human activity can be transformed into a renewable energy source through smart design and advanced materials science. . . . #🎂要怎麼不經讓另一一半看到這篇文👀#知识#事实#你知#推荐#科技#创新#历史#技术#实验#热门 #game #gaming #fyp #meme #meme #edit #édit #fypage #explorepag
#Materialsscience Reel by @luminica.ai - 🔬 One plastic. Programmed to be bone or skin depending on where light hits it.

Researchers at UT Austin figured out that how much light you shine on
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@luminica.ai
🔬 One plastic. Programmed to be bone or skin depending on where light hits it. Researchers at UT Austin figured out that how much light you shine on a single monomer called cyclooctene controls whether it becomes rigid and transparent (like bone) or soft and opaque (like skin). No material swap. No multi-nozzle printer. A $1,000 consumer DLP printer and one feedstock. The crystallinity of the polymer changes pixel by pixel based on light dose alone. They printed an anatomically accurate hand. Bone, ligament, and skin gradients. From a single material. Most 3D printing coverage focuses on speed. This is about what the material actually does after it’s printed. Would you rather have precise property control in a single material, or the flexibility of multiple materials in one print? 🤔 Want 600+ curated AI tools? Comment TOOLS to get instant access 🔗 Credit: UT Austin College of Natural Sciences Paper: Crystallinity regulation in additive fabrication of thermoplastics enables voxel-level material property control 3D printing material properties, voxel-level control, DLP printing, cyclooctene polymer, crystallinity control, gradient materials, single feedstock printing, soft robotics materials, biomedical 3D printing, multi-material alternatives, consumer 3D printing, UT Austin materials science, Sandia National Labs, polymer stereochemistry, additive manufacturing research, Science journal 2026, property gradient printing #3DPrinting #MaterialsScience #ArtificialIntelligence #TechNews #AdditiveManufacturing
#Materialsscience Reel by @nus.cde.sg - Follow Harini (Year 4, Materials Science and Engineering) through a week in her life!
 
Have questions about student life, workload, hall life, intern
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@nus.cde.sg
Follow Harini (Year 4, Materials Science and Engineering) through a week in her life! Have questions about student life, workload, hall life, internships, overseas opportunities, or what a typical week looks like? Sign up for a 1-to-1 chat with our CDE Student Ambassadors. Chats are open from 9 to 11 March, 3pm to 5pm daily. Learn more at cde.nus.edu.sg/admissions (link in bio). Singapore-Cambridge GCE A-Level admissions close 19 March. Discover how Materials Science and Engineering at CDE can shape your future! @nus.materials #CDE #NUS #ForgingNewFrontiers #YOUplus
#Materialsscience Reel by @kagaku.labo - 車のへこみは、
必ずしも
永久的な損傷とは限りません。

多くの場合、
金属が衝撃によって
本来の位置から
押し出されているだけです。

ここで使われているのが、
温度と圧力という
シンプルな物理現象です。

パネルにお湯をかけると、
金属は一時的に膨張し、
柔軟性が高
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@kagaku.labo
車のへこみは、 必ずしも 永久的な損傷とは限りません。 多くの場合、 金属が衝撃によって 本来の位置から 押し出されているだけです。 ここで使われているのが、 温度と圧力という シンプルな物理現象です。 パネルにお湯をかけると、 金属は一時的に膨張し、 柔軟性が高まります。 その直後に 吸盤で均一な引っ張り力を加えると、 変形していたパネルが 元の形に戻ろうとします。 現代の車のボディパネルは、 割れる前に ある程度たわむよう 設計されています。 そのため、 条件が合えば 高価な工具を使わなくても、 物理の力だけで 形状が回復することがあります。 これは、 熱膨張と圧力が 同時に作用する 分かりやすい実例です。 💡 科学が難しく感じたのは、つまらなく教えられたから。 1日たった30秒で、科学はもっと面白くなる。 👉 @kagaku.labo をフォローして、もっと身近な科学を覗いてみよう 🌌 📚 出典 / 参考文献 ・ASM Handbook, Properties of Automotive Sheet Metals. ・Callister & Rethwisch, Materials Science and Engineering. ・Society of Automotive Engineers (SAE), Body Panel Design. ・edia: TikTok/themom0668
#Materialsscience Reel by @bean_wealth (verified account) - Most investors focus on AI software companies.

But the real breakthrough could come from the computing power behind AI.

Quantum computing is one of
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@bean_wealth
Most investors focus on AI software companies. But the real breakthrough could come from the computing power behind AI. Quantum computing is one of the technologies researchers believe could eventually transform artificial intelligence. Instead of processing problems step by step like traditional silicon chips, quantum machines can evaluate many possibilities at the same time. That kind of computing power could dramatically accelerate AI model training, complex simulations, and areas like drug discovery, logistics, and materials science. One company building this technology is IonQ, ticker IONQ. Their systems use trapped ions, individual atoms controlled with lasers, to perform quantum calculations. Instead of buying the hardware outright, companies can access these machines through the cloud and rent quantum computing power. For investors researching AI stocks, quantum computing stocks, and emerging tech investments, this is one company trying to build the next generation of supercomputers. #invest #stocks #stockstobuy #stockmarket #stockstowatch

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