#Refract

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#Refract Reel by @mattgreen.jgm (verified account) - Light waves, reflection and refraction explained. GCSE Physics #tiktokteacher #physics #gcse #science #teacher #school #rappingteacher #lightwaves #re
143.3K
MA
@mattgreen.jgm
Light waves, reflection and refraction explained. GCSE Physics #tiktokteacher #physics #gcse #science #teacher #school #rappingteacher #lightwaves #reflection #refraction #reflect #refract #prism #year9 #year10 #year11 #stem #exams #revision #school #combinedsciencegcse
#Refract Reel by @frofide - The clip shows a man sitting in his car, casually showing off a pair of extremely thick eyeglasses. The lenses look wildly distorted-almost like melti
4.0M
FR
@frofide
The clip shows a man sitting in his car, casually showing off a pair of extremely thick eyeglasses. The lenses look wildly distorted—almost like melting glass—because of their heavy prescription and the way they refract light. Laughing, he explains they’re old but still work perfectly for him. Viewers quickly turned it into a joke, saying the lenses are so strong he can “see tomorrow” or “read the future.” The exaggerated thickness makes for a perfect viral moment—simple, relatable, and unintentionally hilarious. The original creator isn’t clearly identified, and versions of the clip have circulated across TikTok, Instagram, and YouTube since around 2022 as part of a broader trend highlighting extreme prescriptions. Shared for entertainment, commentary, and educational purposes. The content has been transformed through narration, editing, and storytelling in line with platform guidelines. For content removal requests, please DM❤
#Refract Reel by @physicsfun (verified account) - Caustic Projection Optical Element: Creating intricate geometries with light due to refraction through various curved surfaces of transparent plastic.
64.4K
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@physicsfun
Caustic Projection Optical Element: Creating intricate geometries with light due to refraction through various curved surfaces of transparent plastic. A 488 nm cyan laser pointer is refracted through an optical element with lumpy surface features which create this aurora/nebula effect. When light rays refract through a curved surface they concentrate into bright patches called caustics, often with cusp singularities (sharp points) and intricate threads of shadow. ➡ Follow the link in my profile for info on where to get this and other amazing items featured here on @physicsfun #physicstoy #optics #caustics #laser #refraction
#Refract Reel by @usedit.s - 💎 How Real Diamonds Are Identified Using Lasers • Diamonds have a unique crystal structure. • They refract and scatter light differently than fakes.
113.1K
US
@usedit.s
💎 How Real Diamonds Are Identified Using Lasers • Diamonds have a unique crystal structure. • They refract and scatter light differently than fakes. • Laser testers measure thermal conductivity. • Diamond conducts heat very quickly. • A small laser beam is applied to the stone. • A sensor measures how fast heat spreads. • High thermal conductivity = real diamond. • Lower thermal conduction = simulant (cubic zirconia, moissanite). • Some lasers detect fluorescence under UV light. • Real diamonds may emit visible glow patterns. • Tests are non-destructive. • No damage to the stone occurs. • Results are almost instantaneous. • Advanced devices combine multiple readings. • Professionals can confirm authenticity quickly. • Portable laser testers allow on-site checks. • Science ensures buyers avoid fake gemstones. • Laser + physics = diamond verification. • Accuracy exceeds simple visual inspection. • Protects both jewelers and customers. 🧠 Science takeaway: Lasers exploit the diamond’s thermal and optical properties to distinguish real gems from imitations. #GemScience #HowThingsWork #PhysicsInAction #DiamondTesting #STEMContent
#Refract Reel by @larry_laser - Watch how different types of lenses focus or spread out laser beams because of how their different shapes refract light I also touch on how multiple
6.3M
LA
@larry_laser
Watch how different types of lenses focus or spread out laser beams because of how their different shapes refract light I also touch on how multiple lenses are combined to make all kinds of real optical systems ranging from camera lens assemblies, to microscope objectives, to telescopes Optical engineer Cory Boone breaks down weird optics facts and how light is used to do amazing things in these short, educational videos Introduce a kid in your life to science and optics with the Larry Laser kids' books, available through Amazon and the publisher SPIE's website! #science #physics #optics #stem #engineering
#Refract Reel by @daniellemarcan (verified account) - frozen star ⭐️ what should I do next? ib @maytahmi products used: @valentino.beauty twin liner @aboutfacebeauty fractal eye paint in refract @yslbeau
660.5K
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@daniellemarcan
frozen star ⭐️ what should I do next? ib @maytahmi products used: @valentino.beauty twin liner @aboutfacebeauty fractal eye paint in refract @yslbeauty lash clash mascara @yslbeauty Libre le parfum #beauty #makeup
#Refract Reel by @gravityinsports - Ever seen a rainbow trapped inside a cube? 🌈🧊 This mesmerizing visual bends light into a perfect geometric illusion, where vibrant colors reflect an
644
GR
@gravityinsports
Ever seen a rainbow trapped inside a cube? 🌈🧊 This mesmerizing visual bends light into a perfect geometric illusion, where vibrant colors reflect and refract through sharp edges like magic. As light enters the cube, it splits into its full spectrum—just like a natural rainbow—but here, it’s contained, controlled, and almost unreal. It feels like holding a piece of the sky in your hands… a blend of science and art that turns something ordinary into pure visual poetry. #RainbowMagic #LightRefraction #VisualIllusion #ScienceMeetsArt #AestheticReels ColorSpectrum MindBlown CreativeVisuals
#Refract Reel by @taelewis__ (verified account) - Yall still streaming Knowhere!? 👀 #countryartist #newmusicrelease #countrymusician #newmusic 📸 @e.s.refract
3.9K
TA
@taelewis__
Yall still streaming Knowhere!? 👀 #countryartist #newmusicrelease #countrymusician #newmusic 📸 @e.s.refract
#Refract Reel by @natgeotravel (verified account) - Video by @michaelgeorge | The Summit One Vanderbilt observation deck in New York City is a veritable wonderland of sensory experiences. Kenzo Digital,
2.8M
NA
@natgeotravel
Video by @michaelgeorge | The Summit One Vanderbilt observation deck in New York City is a veritable wonderland of sensory experiences. Kenzo Digital, the artist who designed each room, uses mirrors to reflect and refract the city that surrounds the building. In this room, the installation known as “Affinity” surrounds the viewer with silver Mylar balloons that seem to have a life of their own. For more videos and writing from my travels, follow along @michaelgeorge.
#Refract Reel by @epic_history_events - When sunlight reflects off rippling water, it can project moving patterns onto nearby rocks, creating bright, shifting shapes. Waves refract and focus
62.0K
EP
@epic_history_events
When sunlight reflects off rippling water, it can project moving patterns onto nearby rocks, creating bright, shifting shapes. Waves refract and focus the light, producing constantly changing caustic patterns — circles, twists, and pulses — entirely explained by physics. This natural effect resembles a science-fiction scene, but it is purely the result of light refraction, reflection, and water movement.
#Refract Reel by @explainy.core - 💎 How Real Diamonds Are Identified Using Lasers • Diamonds have a unique crystal structure. • They refract and scatter light differently than fakes.
43.1K
EX
@explainy.core
💎 How Real Diamonds Are Identified Using Lasers • Diamonds have a unique crystal structure. • They refract and scatter light differently than fakes. • Laser testers measure thermal conductivity. • Diamond conducts heat very quickly. • A small laser beam is applied to the stone. • A sensor measures how fast heat spreads. • High thermal conductivity = real diamond. • Lower thermal conduction = simulant (cubic zirconia, moissanite). • Some lasers detect fluorescence under UV light. • Real diamonds may emit visible glow patterns. • Tests are non-destructive. • No damage to the stone occurs. • Results are almost instantaneous. • Advanced devices combine multiple readings. • Professionals can confirm authenticity quickly. • Portable laser testers allow on-site checks. • Science ensures buyers avoid fake gemstones. • Laser + physics = diamond verification. • Accuracy exceeds simple visual inspection. • Protects both jewelers and customers. 🧠 Science takeaway: Lasers exploit the diamond’s thermal and optical properties to distinguish real gems from imitations. #GemScience #HowThingsWork #PhysicsInAction #DiamondTesting #STEMContent
#Refract Reel by @urban.sterling (verified account) - Traditional gemstone cuts use triangles to scatter light. In the trade, it's called brilliance. A standard round diamond uses 57 or 58 triangular and
695.1K
UR
@urban.sterling
Traditional gemstone cuts use triangles to scatter light. In the trade, it’s called brilliance. A standard round diamond uses 57 or 58 triangular and kite shaped facets to refract light into a bunch of sparkles. The Opposed Bar Cut (or Pixel Cut) is the exact opposite of that. It’s a kind of step-cut: Instead of scattering light, it organises it. By cutting long, parallel rectangular trenches on the pavilion (bottom) and intersecting them at exactly 90 degrees with trenches on the crown (top), the lapidary creates an optical illusion. The light gets trapped in a grid. As you tilt the stone, the intersections of those bars flash on and off. Your brain can’t process the depth, so it interprets the flashes as moving, 2D digital pixels. Music: Moon Men by @jakechudnow Used with permission, thanks Jake :D

✨ #Refract Discovery Guide

Instagram hosts 9K posts under #Refract, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.

Discover the latest #Refract content without logging in. The most impressive reels under this tag, especially from @larry_laser, @frofide and @natgeotravel, are gaining massive attention. View them in HD quality and download to your device.

What's trending in #Refract? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.

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🌟 Featured Creators: @larry_laser, @frofide, @natgeotravel and others leading the community

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Content Performance Insights

Analysis of 12 reels

🔥 Highly Competitive

💡 Top performing posts average 3.4M views (2.8x above average). High competition - quality and timing are critical.

Focus on peak engagement hours (typically 11 AM-1 PM, 7-9 PM) and trending formats

Content Creation Tips & Strategy

💡 Top performing content gets over 10K views - focus on engaging first 3 seconds

📹 High-quality vertical videos (9:16) perform best for #Refract - use good lighting and clear audio

✨ Many verified creators are active (50%) - study their content style for inspiration

✍️ Detailed captions with story work well - average caption length is 613 characters

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