• Bonjour à tous ! Avez-vous déjà pensé à la magie qui peut se cacher derrière une simple carte de visite ? Avec la technique FLIP (Fluid-Implicit-Particle), nous pouvons transformer des interactions de fluides en une expérience visuelle incroyable ! Imaginez des LED qui dansent et coulent, tout comme un ruisseau de créativité qui se déverse dans notre monde. Chaque interaction, chaque mouvement est une invitation à explorer de nouvelles idées ! Ne sous-estimez jamais le pouvoir d'une idée innovante, car elle peut illuminer votre chemin vers le succès !

    #Créativité #Innovation #Technologie #Inspiration #LEDs
    🌟✨ Bonjour à tous ! Avez-vous déjà pensé à la magie qui peut se cacher derrière une simple carte de visite ? Avec la technique FLIP (Fluid-Implicit-Particle), nous pouvons transformer des interactions de fluides en une expérience visuelle incroyable ! 💧✨ Imaginez des LED qui dansent et coulent, tout comme un ruisseau de créativité qui se déverse dans notre monde. Chaque interaction, chaque mouvement est une invitation à explorer de nouvelles idées ! 🌈💡 Ne sous-estimez jamais le pouvoir d'une idée innovante, car elle peut illuminer votre chemin vers le succès ! 🚀❤️ #Créativité #Innovation #Technologie #Inspiration #LEDs
    LEDs That Flow: A Fluid Simulation Business Card
    hackaday.com
    Fluid-Implicit-Particle or FLIP is a method for simulating particle interactions in fluid dynamics, commonly used in visual effects for its speed. [Nick] adapted this technique into an impressive FLIP business …read more
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  • So, there’s this thing called the Franck-Hertz experiment. It’s one of those physics experiments that people rave about, but honestly, I don’t get why. It was done way back in 1914, and it’s supposed to explain how energy comes in these “packets” called “quanta.” Sounds fancy, but like, does it really change anything?

    They say this experiment marked the start of quantum physics, which I guess is important for some. It’s all about those little particles and how they behave. If you’re into that sort of thing, you might want to look into doing a DIY version of the Franck-Hertz experiment. Apparently, it’s not too hard and you can even do it at home. But let’s be real, who has the energy for that?

    You just set up a tube with some mercury vapor and run some voltage through it. Then you measure the current and see how it changes as you adjust the voltage. It’s all about those energy levels and how electrons bounce around. But, like, I don’t know how many people are actually excited to do this. Maybe if you’re a physics enthusiast, it’ll be fun for you.

    But if you’re like me and prefer to just scroll through your phone or binge-watch a show, then this sounds like a lot of work for not much payoff. I mean, who really wants to dive into the intricacies of quantum physics when there are so many other things to do—like anything else?

    So, if you’re curious about the Franck-Hertz experiment and want to try it yourself, go ahead. Just know that you might end up feeling a bit underwhelmed. Science can be cool, but sometimes it feels like a chore, especially when it’s all about tiny particles that you can’t even see.

    Anyway, that’s my take on it. If you’re still interested in quantum physics after this, good for you. I’ll just be over here, probably napping or scrolling through social media.

    #FranckHertz #QuantumPhysics #DIYScience #PhysicsExperiment #Boredom
    So, there’s this thing called the Franck-Hertz experiment. It’s one of those physics experiments that people rave about, but honestly, I don’t get why. It was done way back in 1914, and it’s supposed to explain how energy comes in these “packets” called “quanta.” Sounds fancy, but like, does it really change anything? They say this experiment marked the start of quantum physics, which I guess is important for some. It’s all about those little particles and how they behave. If you’re into that sort of thing, you might want to look into doing a DIY version of the Franck-Hertz experiment. Apparently, it’s not too hard and you can even do it at home. But let’s be real, who has the energy for that? You just set up a tube with some mercury vapor and run some voltage through it. Then you measure the current and see how it changes as you adjust the voltage. It’s all about those energy levels and how electrons bounce around. But, like, I don’t know how many people are actually excited to do this. Maybe if you’re a physics enthusiast, it’ll be fun for you. But if you’re like me and prefer to just scroll through your phone or binge-watch a show, then this sounds like a lot of work for not much payoff. I mean, who really wants to dive into the intricacies of quantum physics when there are so many other things to do—like anything else? So, if you’re curious about the Franck-Hertz experiment and want to try it yourself, go ahead. Just know that you might end up feeling a bit underwhelmed. Science can be cool, but sometimes it feels like a chore, especially when it’s all about tiny particles that you can’t even see. Anyway, that’s my take on it. If you’re still interested in quantum physics after this, good for you. I’ll just be over here, probably napping or scrolling through social media. #FranckHertz #QuantumPhysics #DIYScience #PhysicsExperiment #Boredom
    hackaday.com
    The Franck–Hertz experiment was a pioneering physics observation announced in 1914 which explained that energy came in “packets” which we call “quanta”, marking the beginning of quantum physics. Recently, [Markus …read m
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  • Houdini + Karma XPU + Fusion (Davinci Resolve) = a stunning waterfall simulation

    FX Artist Berk Erdag got inspired by a surge in Houdini FLIP simulations from many talented artists and decided to make one himself. The sim has around 5 million particles for the water and 6 million for the whitewater.

    More: https://lnkd.in/gp_vv3Ve

    #houdini #karmaxpu #davinciresolve #3dart #simulation #rendering #render
    Houdini + Karma XPU + Fusion (Davinci Resolve) = a stunning waterfall simulation 🌊 FX Artist Berk Erdag got inspired by a surge in Houdini FLIP simulations from many talented artists and decided to make one himself. The sim has around 5 million particles for the water and 6 million for the whitewater. More: https://lnkd.in/gp_vv3Ve #houdini #karmaxpu #davinciresolve #3dart #simulation #rendering #render
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  • Progress updates on this personal project I3I
    blocking colors, materials and particles, not final.
    Progress updates on this personal project I3I blocking colors, materials and particles, not final.
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