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#soapbubbles — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #soapbubbles, aggregated by home.social.

  1. When it's zero F or below, you can blow soap bubbles and they'll freeze in the air. Then when they land, they either shatter into fragments or roll around. If you search "frozen soap bubbles" on Youtube (pre 2024 so you're spared AI), you'll get way better videos than this, but this is mine from this morning. #cold #SoapBubbles #winter

  2. 🎉 Breaking news: #Physicists discover soap bubbles aren't just for bathtime fun 😲! In a groundbreaking revelation, they've decided to probe soap-film singularities, presumably to add to their collection of utterly useless trivia 🧼🔬. Next up: unraveling the mysterious complexities of drying paint. 🙄
    quantamagazine.org/new-proofs- #breakingnews #soapbubbles #sciencefun #trivialpursuits #curiosity #HackerNews #ngated

  3. ✨ Ever wondered why soap makes bubbles? From micelles that trap oils to the rainbow sheen of thin films, every frothy lather is chemistry in action.

    🚿 Explore the hidden science of soap bubbles → TPC8.short.gy/vVztyhWb

    #ScienceCommunication #EverydayChemistry #SoapBubbles #STEM #Handwashing #CleanScience #SoapScience #TPC8

  4. ✨ Ever wondered why soap makes bubbles? From micelles that trap oils to the rainbow sheen of thin films, every frothy lather is chemistry in action.

    🚿 Explore the hidden science of soap bubbles → TPC8.short.gy/vVztyhWb

    #ScienceCommunication #EverydayChemistry #SoapBubbles #STEM #Handwashing #CleanScience #SoapScience #TPC8

  5. ✨ Ever wondered why soap makes bubbles? From micelles that trap oils to the rainbow sheen of thin films, every frothy lather is chemistry in action.

    🚿 Explore the hidden science of soap bubbles → TPC8.short.gy/vVztyhWb

    #ScienceCommunication #EverydayChemistry #SoapBubbles #STEM #Handwashing #CleanScience #SoapScience #TPC8

  6. ✨ Ever wondered why soap makes bubbles? From micelles that trap oils to the rainbow sheen of thin films, every frothy lather is chemistry in action.

    🚿 Explore the hidden science of soap bubbles → TPC8.short.gy/vVztyhWb

    #ScienceCommunication #EverydayChemistry #SoapBubbles #STEM #Handwashing #CleanScience #SoapScience #TPC8

  7. ✨ Ever wondered why soap makes bubbles? From micelles that trap oils to the rainbow sheen of thin films, every frothy lather is chemistry in action.

    🚿 Explore the hidden science of soap bubbles → TPC8.short.gy/vVztyhWb

    #ScienceCommunication #EverydayChemistry #SoapBubbles #STEM #Handwashing #CleanScience #SoapScience #TPC8

  8. “Soap Bubble Bonanza

    This video offers an artistic look at a soap bubble bursting. The process is captured with high-speed video combined with schlieren photography, a technique that makes visible subtle density variations in the air. The bubbles all pop spontaneously, once enough of their cap drains or evaporates away for a hole to form. That hole retracts quickly; the acceleration of the liquid around the bubble’s spherical shape makes the retracting film break into droplets, seen as falling streaks near the bottom of the bubble. The retraction also affects air inside the bubble, making the air that touched the film curl up on itself, creating turbulence. Then, as the film completes its retraction, it pushes a plume of the once-interior air upward, as if the interior of the bubble is turning itself inside out. (Video and image credit: D. van Gils)

    #flowVisualization #fluidDynamics #fluidsAsArt #physics #schlierenPhotography #science #soapBubbles

  9. “Soap Bubble Bonanza

    This video offers an artistic look at a soap bubble bursting. The process is captured with high-speed video combined with schlieren photography, a technique that makes visible subtle density variations in the air. The bubbles all pop spontaneously, once enough of their cap drains or evaporates away for a hole to form. That hole retracts quickly; the acceleration of the liquid around the bubble’s spherical shape makes the retracting film break into droplets, seen as falling streaks near the bottom of the bubble. The retraction also affects air inside the bubble, making the air that touched the film curl up on itself, creating turbulence. Then, as the film completes its retraction, it pushes a plume of the once-interior air upward, as if the interior of the bubble is turning itself inside out. (Video and image credit: D. van Gils)

    #flowVisualization #fluidDynamics #fluidsAsArt #physics #schlierenPhotography #science #soapBubbles

  10. “Soap Bubble Bonanza

    This video offers an artistic look at a soap bubble bursting. The process is captured with high-speed video combined with schlieren photography, a technique that makes visible subtle density variations in the air. The bubbles all pop spontaneously, once enough of their cap drains or evaporates away for a hole to form. That hole retracts quickly; the acceleration of the liquid around the bubble’s spherical shape makes the retracting film break into droplets, seen as falling streaks near the bottom of the bubble. The retraction also affects air inside the bubble, making the air that touched the film curl up on itself, creating turbulence. Then, as the film completes its retraction, it pushes a plume of the once-interior air upward, as if the interior of the bubble is turning itself inside out. (Video and image credit: D. van Gils)

    #flowVisualization #fluidDynamics #fluidsAsArt #physics #schlierenPhotography #science #soapBubbles

  11. “Soap Bubble Bonanza

    This video offers an artistic look at a soap bubble bursting. The process is captured with high-speed video combined with schlieren photography, a technique that makes visible subtle density variations in the air. The bubbles all pop spontaneously, once enough of their cap drains or evaporates away for a hole to form. That hole retracts quickly; the acceleration of the liquid around the bubble’s spherical shape makes the retracting film break into droplets, seen as falling streaks near the bottom of the bubble. The retraction also affects air inside the bubble, making the air that touched the film curl up on itself, creating turbulence. Then, as the film completes its retraction, it pushes a plume of the once-interior air upward, as if the interior of the bubble is turning itself inside out. (Video and image credit: D. van Gils)

    #flowVisualization #fluidDynamics #fluidsAsArt #physics #schlierenPhotography #science #soapBubbles

  12. “Soap Bubble Bonanza

    This video offers an artistic look at a soap bubble bursting. The process is captured with high-speed video combined with schlieren photography, a technique that makes visible subtle density variations in the air. The bubbles all pop spontaneously, once enough of their cap drains or evaporates away for a hole to form. That hole retracts quickly; the acceleration of the liquid around the bubble’s spherical shape makes the retracting film break into droplets, seen as falling streaks near the bottom of the bubble. The retraction also affects air inside the bubble, making the air that touched the film curl up on itself, creating turbulence. Then, as the film completes its retraction, it pushes a plume of the once-interior air upward, as if the interior of the bubble is turning itself inside out. (Video and image credit: D. van Gils)

    #flowVisualization #fluidDynamics #fluidsAsArt #physics #schlierenPhotography #science #soapBubbles

  13. Soapy phantasmagoria

    London, #UK

    Photograph: Rider Dyce

    @photography
    #SoapBubbles

  14. I want a tattoo of bats but i can't decide what to get, so i'll just keep drawing them until one of them flies onto my skin and roosts there

    #bats #silhouette #silhouettes #SoapBubbles #SoapBubbleArt #InkWashes #witchcore #GothyArt

  15. "Ever marvel at the colors of a soap bubble? The vibrant swirls are due to thin film interference. Light waves reflected off the outer and inner surfaces of the bubble's thin film interfere with each other, creating a spectrum of colors. This phenomenon isn't just beautiful; it's a dazzling showcase of physics in our everyday lives! 🌈💧🔬 #PhysicsFun #SoapBubbles"

  16. Soap Bubble Fun

    Canon SL2/200D - IRIX 'Dragonfly' 150mm Macro Lens - ISO 6400 - f/7.1 - Shutter Speed 1/1600 sec.

    #photo #photography #closeup #SoapBubbles #CanonSL2 #IRIX #IRIXDragonflyMacro

  17. Soap Bubble Fun

    Canon SL2/200D - IRIX 'Dragonfly' 150mm Macro Lens - ISO 6400 - f/7.1 - Shutter Speed 1/1600 sec.

    #photo #photography #closeup #SoapBubbles #CanonSL2 #IRIX #IRIXDragonflyMacro

  18. What to do on a rainy day?

    Canon SL2/200D - IRIX 150mm "Dragonfly" Macro Lens - ISO 6400 - f/11 - Shutter Speed 1/20 Sec

    #photo #photography #bubbles #SoapBubbles #closeup #IRIX #CanonSL2 #IRIXDragonflyMacro

  19. What to do on a rainy day?

    Canon SL2/200D - IRIX 150mm "Dragonfly" Macro Lens - ISO 6400 - f/11 - Shutter Speed 1/20 Sec

    #photo #photography #bubbles #SoapBubbles #closeup #IRIX #CanonSL2 #IRIXDragonflyMacro