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🧪 Two simulations. One question. Does more geometry really change everything? 💬 Which comparison impressed you the most? #blender #3d #physics #simulation #cgi #animation #topology #render #reels #explore #oddlysatisfying
🧪 Two simulations. One question. Does more geometry really change everything? 💬 Which comparison impressed you the most? #blender #3d #physics #simulation #cgi #animation #topology #render #reels #explore #oddlysatisfying
0% vs 100% Capsule Soft Body 3D Simulation Follow @Bouncelegant for daily original 3D physics simulations. #satisfying #simulation #oddlysatisfying #physics #3dart
0% vs 100% Capsule Soft Body 3D Simulation Follow @Bouncelegant for daily original 3D physics simulations. #satisfying #simulation #oddlysatisfying #physics #3dart
🧮✨ Mathematica is where mathematics meets creativity and computation. Used by students, researchers, scientists, and engineers, it can solve complex equations, create stunning 2D and 3D visualizations, analyze data, build simulations, and even power AI and machine learning projects. Whether you're exploring calculus, physics, statistics, or programming, Mathematica helps turn difficult concepts into clear, interactive insights. If you love learning, innovation, and discovering how technology can solve real-world problems, you're in the right place. Follow for more amazing math, science, and AI content! 🚀 #Mathematica #Wolfram #Mathematics #Math #Science Physics Programming Coding DataScience MachineLearning AI STEM Engineering Education LearnMath Tech Innovation StudentLife Reels ExplorePage
🧮✨ Mathematica is where mathematics meets creativity and computation. Used by students, researchers, scientists, and engineers, it can solve complex equations, create stunning 2D and 3D visualizations, analyze data, build simulations, and even power AI and machine learning projects. Whether you're exploring calculus, physics, statistics, or programming, Mathematica helps turn difficult concepts into clear, interactive insights. If you love learning, innovation, and discovering how technology can solve real-world problems, you're in the right place. Follow for more amazing math, science, and AI content! 🚀 #Mathematica #Wolfram #Mathematics #Math #Science Physics Programming Coding DataScience MachineLearning AI STEM Engineering Education LearnMath Tech Innovation StudentLife Reels ExplorePage
This is footage from IllustrisTNG, one of the most advanced cosmological simulations ever built — and the redshift numbers ticking down in the corner (from around 2.2 toward 0.4) are effectively a countdown of cosmic time, since higher redshift means looking further back toward the Big Bang. This specific sequence shows the formation of the most massive galaxy supercluster in the TNG300 simulation, starting just 500 million years after the Big Bang and evolving all the way to the present day — by which point this cluster's total mass exceeds one quadrillion times the mass of our Sun, making it one of the most massive structures in the entire universe. IllustrisTNG isn't a rough animation — it's a suite of state-of-the-art cosmological simulations that evolve a large patch of a mock universe from soon after the Big Bang to today, modeling the physical processes that actually drive galaxy formation. It runs on a moving-mesh simulation code, starting from redshift 127 all the way down to redshift 0 — today — and models star formation, stellar evolution, chemical enrichment, supermassive black hole growth, and even magnetic fields, all simultaneously. This isn't guesswork or artistic interpretation. These simulations are calibrated against real observational data — matching how stellar mass is distributed, the relationship between black holes and their host galaxies, and the actual measured star-formation history of the universe. When you watch structures collapse, gas cool, and spiral arms emerge in this footage, you're watching a physics-based reconstruction of processes that took billions of years, built from the same gravitational and hydrodynamic laws that govern the real cosmos. Follow @heyzorvex for real astrophysics simulations, explained and sourced. Beyond Earth's pull, Beyond Dimensions. #IllustrisTNG #GalaxyFormation #Cosmology #Astrophysics #Simulation BigBang Space Universe DarkMatter ScienceFacts Astronomy DeepSpace Cosmos SpaceFacts BeyondDimensions
This is footage from IllustrisTNG, one of the most advanced cosmological simulations ever built — and the redshift numbers ticking down in the corner (from around 2.2 toward 0.4) are effectively a countdown of cosmic time, since higher redshift means looking further back toward the Big Bang. This specific sequence shows the formation of the most massive galaxy supercluster in the TNG300 simulation, starting just 500 million years after the Big Bang and evolving all the way to the present day — by which point this cluster's total mass exceeds one quadrillion times the mass of our Sun, making it one of the most massive structures in the entire universe. IllustrisTNG isn't a rough animation — it's a suite of state-of-the-art cosmological simulations that evolve a large patch of a mock universe from soon after the Big Bang to today, modeling the physical processes that actually drive galaxy formation. It runs on a moving-mesh simulation code, starting from redshift 127 all the way down to redshift 0 — today — and models star formation, stellar evolution, chemical enrichment, supermassive black hole growth, and even magnetic fields, all simultaneously. This isn't guesswork or artistic interpretation. These simulations are calibrated against real observational data — matching how stellar mass is distributed, the relationship between black holes and their host galaxies, and the actual measured star-formation history of the universe. When you watch structures collapse, gas cool, and spiral arms emerge in this footage, you're watching a physics-based reconstruction of processes that took billions of years, built from the same gravitational and hydrodynamic laws that govern the real cosmos. Follow @heyzorvex for real astrophysics simulations, explained and sourced. Beyond Earth's pull, Beyond Dimensions. #IllustrisTNG #GalaxyFormation #Cosmology #Astrophysics #Simulation BigBang Space Universe DarkMatter ScienceFacts Astronomy DeepSpace Cosmos SpaceFacts BeyondDimensions
210 double pendulums starting 0.0012 degrees apart. The Butterfly Effect shows how tiny shifts in starting conditions can drastically change a system's later behavior.. Want to create these simulations yourself? ➡️ Link in bio. #math #physics #pendulum #science #chaostheory
210 double pendulums starting 0.0012 degrees apart. The Butterfly Effect shows how tiny shifts in starting conditions can drastically change a system's later behavior.. Want to create these simulations yourself? ➡️ Link in bio. #math #physics #pendulum #science #chaostheory
Wrap around Cloth CG Simulations . . . . . #satisfying #satisfyingvideos #asmr #blender3d #clothsimulation
Wrap around Cloth CG Simulations . . . . . #satisfying #satisfyingvideos #asmr #blender3d #clothsimulation
Rigid Body Simulations
Rigid Body Simulations
How many faces does it need to wrap around? #iseefaces #blender #blenderrender #simulation #simulations #3dsimulation #3dsimulator #simulation3d #cinéma #cinema4d #satisfaction #satisfy #satisfied #satisfying😍 #satisfyingvideos
How many faces does it need to wrap around? #iseefaces #blender #blenderrender #simulation #simulations #3dsimulation #3dsimulator #simulation3d #cinéma #cinema4d #satisfaction #satisfy #satisfied #satisfying😍 #satisfyingvideos
What would it look like to fall into a black hole? Using advanced supercomputer simulations, NASA created one of the most realistic visualizations ever made, showing the terrifying journey toward a supermassive black hole. As gravity warps space and time, the surrounding universe becomes distorted, stretched, and twisted beyond recognition. This isn't science fiction — it's a visualization based on Einstein’s theory of General Relativity and real astrophysical calculations. A breathtaking glimpse into one of the most extreme environments in the universe. Follow
What would it look like to fall into a black hole? Using advanced supercomputer simulations, NASA created one of the most realistic visualizations ever made, showing the terrifying journey toward a supermassive black hole. As gravity warps space and time, the surrounding universe becomes distorted, stretched, and twisted beyond recognition. This isn't science fiction — it's a visualization based on Einstein’s theory of General Relativity and real astrophysical calculations. A breathtaking glimpse into one of the most extreme environments in the universe. Follow
The Most Epic Minecraft Simulations🔥 #satisfying #simulation #asmr #3d #MeshyAI
The Most Epic Minecraft Simulations🔥 #satisfying #simulation #asmr #3d #MeshyAI
Before 3D models and simulations, this is how people learned how engines worked. Using simple drawings and exaggerated motion, these early educational cartoons broke down the full four-stroke cycle in a way that was easy to follow. Air and fuel enter the cylinder, the piston compresses the mixture, a spark ignites it, and the resulting combustion pushes the piston down to create motion. Instead of overwhelming detail, the animation focuses on flow and timing. Each step connects seamlessly into the next, showing how intake, compression, combustion, and exhaust form a continuous cycle that converts chemical energy into mechanical movement. These films weren't designed to impress, they were designed to teach. And that clarity is exactly why they still work today. #engineering #howitsmade #cars #science
Before 3D models and simulations, this is how people learned how engines worked. Using simple drawings and exaggerated motion, these early educational cartoons broke down the full four-stroke cycle in a way that was easy to follow. Air and fuel enter the cylinder, the piston compresses the mixture, a spark ignites it, and the resulting combustion pushes the piston down to create motion. Instead of overwhelming detail, the animation focuses on flow and timing. Each step connects seamlessly into the next, showing how intake, compression, combustion, and exhaust form a continuous cycle that converts chemical energy into mechanical movement. These films weren't designed to impress, they were designed to teach. And that clarity is exactly why they still work today. #engineering #howitsmade #cars #science
Keep in mind that these are simulations and that do not go out to sea to film these! Like and follow for more! #floatingsandbox #celebritycruises #fyp #titanic #cruiselife
Keep in mind that these are simulations and that do not go out to sea to film these! Like and follow for more! #floatingsandbox #celebritycruises #fyp #titanic #cruiselife
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