#Fraunhofer Diffraction

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#Fraunhofer Diffraction Reel by @snilomisheze - Wolves . Music: Fraunhofer Diffraction - Kvrt in Space . Animations: @klingai_official Images: Midjourney Edited in Adobe Photoshop and After Effects
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@snilomisheze
Wolves . Music: Fraunhofer Diffraction - Kvrt in Space . Animations: @klingai_official Images: Midjourney Edited in Adobe Photoshop and After Effects . #werewolf #wolf #wolves #aiart #darkart #fantasyart #photography #urban #horrorart #horrorvideo #artofportrait #conceptart #aireel #aivideo #aivideos
#Fraunhofer Diffraction Reel by @ximu_cat - 凸透镜成像（抽象版） #物理 #猫咪 #可爱 #萌宠 #cat #catlover #catlife #catlovers #貓 #cats #catvideos
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@ximu_cat
凸透镜成像（抽象版） #物理 #猫咪 #可爱 #萌宠 #cat #catlover #catlife #catlovers #貓 #cats #catvideos
#Fraunhofer Diffraction Reel by @seanaugustinemarch - Fresnel Aller #dichroic #contemporaryart #prismatic #dichroicglass #dichro #abstractart #homedecor #homedesign #seanaugustinemarch
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@seanaugustinemarch
Fresnel Aller #dichroic #contemporaryart #prismatic #dichroicglass #dichro #abstractart #homedecor #homedesign #seanaugustinemarch
#Fraunhofer Diffraction Reel by @cosmodernism - 🎵 ferrōfluid is back in tøwn 🧲 no CGI, only real substances and objects on a microscope slide • real size 10-15mm • sound design was composed by mys
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CO
@cosmodernism
🎵 ferrōfluid is back in tøwn 🧲 no CGI, only real substances and objects on a microscope slide • real size 10-15mm • sound design was composed by myself using mostly my processed voice • what you can see is a mix of ferrofluid (magnetic liquid) mixed with ink and other liquids controlled with a magnet •••
#Fraunhofer Diffraction Reel by @cosmodernism - 🎧 hhow'ya dōıt? 🟡 No CGI, just ferrofluid and other liquids on a glass slide • This short audiovisual loop was recorded with a macro lens - the fram
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CO
@cosmodernism
🎧 hhow’ya dōıt? 🟡 No CGI, just ferrofluid and other liquids on a glass slide • This short audiovisual loop was recorded with a macro lens - the frame covers approximately 15 mm. The subject is a blend built around ferrofluid - a colloidal suspension of iron nanoparticles in oil that moves in response to magnetic fields. A neodymium magnet positioned under the glass slide controls the motion across a custom plate. Everything was captured in-camera without CGI. I composed the sound design specifically for this piece using processed voice samples (including my own), a synthesizer, and several hardware effects 👽 #visualalchemy #fluiddynamics #macrovideo #ferrofluidart #scifivisuals
#Fraunhofer Diffraction Reel by @rettlesnake - The aesthetics of reflections and refractions in water-oil emulsion at the macro level. #light #structure #design #artdirection #sidefx #houdini
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@rettlesnake
The aesthetics of reflections and refractions in water-oil emulsion at the macro level. #light #structure #design #artdirection #sidefx #houdini
#Fraunhofer Diffraction Reel by @liquidlightlab (verified account) - Moire transparencies and handheld prism filter under the camera. 🔎🏁🌈 @terpbaselmiami #prism #transparency #pattern #moire #interference #optical
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LI
@liquidlightlab
Moire transparencies and handheld prism filter under the camera. 🔎🏁🌈 @terpbaselmiami #prism #transparency #pattern #moire #interference #optical #effects #filter #specialeffects #liquidlightshow #liquidlightlab #lightshow #visuals #analogvisuals #analog #handmade #handheld
#Fraunhofer Diffraction Reel by @techno_trend_tt - This is an example of total internal reflection, which occurs when a beam of light hits a medium boundary (the edge of the water spout) at a particula
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TE
@techno_trend_tt
This is an example of total internal reflection, which occurs when a beam of light hits a medium boundary (the edge of the water spout) at a particular angle, so it reflects, rather than passes straight through. This happens over and over again as the light hits each boundary, so the laser remains caught in the waterfall. . From a physics perspective, there are two requirements for total internal reflection to happen.First of all, the light must be inside a more dense medium, and also approaching the boundary of a less dense medium - so travelling from water into air, for example. . And secondly, the light must hit that medium boundary at an angle greater than something called the critical angle. That angle changes depending on what type of mediums you're working with. . That's all fascinating, but the coolest part about this whole experiment is that it's actually a perfect demonstration of how optical fibres work. you know, the fibres that're inside those cables that give us the Internet . Because they're made up of long fibres of glass or plastic, these fibre optic cables can trap beams of light, just like the waterfall does in the video above, and can guide it anywhere its needed. . For this experiment all you need is a plastic bottle filled with water a pin, and a laser pointer. . Just poke a hole in the side of your bottle, allowing a stream of water to smoothly shoot out, and then aim your laser through the bottle, and you'll see it get caught up in the cascading waterfall and curve downwards with it, interrupting its usually straight path. TAG your friends and let them know about this💯 Follow @techno_trend_tt for daily dose of learning and fun☺️🌜💫 . All rights reserved to respective owner. DM for credits or removal. . #techno_trend_tt #electricalengineeringstudent #electricals #electricalengineeringlove #electricalengineering #electricalwork #electricalengineer #electricalhacks #bikelife #electricalstorm #electricallife #electricalengineers #electricalsky #electricalengineer #electricalparade #electricalprojects #electricalsafety #electricalinstallation #electricalfalls #electricalpower #electricalproblems #scienceandtechnology #scifi
#Fraunhofer Diffraction Reel by @uknowhat.team - ✅ Follow us ✅ Magic of Refraction!! In a situation where the glass and the liquid have matching refractive indices, the light passing through does no
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UK
@uknowhat.team
✅ Follow us ✅ Magic of Refraction!! In a situation where the glass and the liquid have matching refractive indices, the light passing through does not bend at the interface between the glass and the liquid. This lack of refraction means that there's no visual cue to indicate the presence of the glass, rendering it effectively "invisible" to the naked eye. DM for credit or a removal request (no copyright intended). All rights and credits reserved to the respective owner(s). #scienceexperiment #education #facts #refraction #reflection #light #invisible #liquid #glass #eyes #microscope #experiment #physics #physicist #learn #scientist #physicsexperiment #chemistry #learning #refractiveindex #science #threads

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