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Live2D Tip 📝 Using warp deformers for physics can cause unexpected size changes. To prevent this, separate physics into individual deformers for better control 🤔 #Vtuber #Live2DWIP #live2dtutorial

StepTOON | Live2D 🔨

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21,832 views • 1 year ago •via X (Twitter)

Music Arts #Vtuber #Live2DWIP #live2dtutorial

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bogi Live2d 🦜 work'n on coms🦜

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Live2D Tip 📝 To achieve a better 3D effect on objects in Live2D, you can duplicate the same layer and modify its colors to help create the effect 😉✨ #Vtuber #Live2DWIP #live2dtutorial

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StepTOON | Live2D 🔨

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Live2D Tip 📝 It may be a small detail, but adding physics to the mouth could make it look smoother and more tender. 😊🪄 #Vtubers #Live2DWIP #Live2dCommissions #live2dtutorial

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StepTOON | Live2D 🔨

78,504 views • 1 year ago

✏️ Live2D Tip To achieve a better effect on the head and neck angles, you can use the help of a circle to erase the lineart and get a cleaner result. 🤔 #Vtubers #Live2DWIP #Live2dCommissions #live2dtutorial

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StepTOON | Live2D 🔨

86,830 views • 1 year ago

I used a large number of individual star objects to create this animation effect— A sprinkle of starlight for this LIVE2D showcase ✨🌌 Illust｜Sayuki #sayuki_9696 Live2D｜Red #stardreann #Live2D #Vtuber #rigging #Live2DWIP

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紅紅Red💫Illust/Live2D

54,920 views • 10 months ago

Easy Guitar Breakdown Tip🎸 Separate the guitar's front and back sections ( top panel from sides/back) into individual layers or parts. This makes it much easier to create thickness and 3D depth effects! 😊 #Live2D #Live2DWIP

Easy Guitar Breakdown Tip🎸 Separate the guitar's front and back sections ( top panel from sides/back) into individual layers or parts. This makes it much easier to create thickness and 3D depth effects! 😊 #Live2D #Live2DWIP

流羽ろろ | ＠Live2Dモデラー

18,860 views • 9 months ago

I used to think facial physics was a bit too much🤔 But for some cute-style characters, it can make expressions like puffed cheeks feel softer and more expressive. So...I finally joined the club🤝 #Live2D #Live2DWIP

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🧡Natsu_PP🖤Live2D❤

17,796 views • 1 month ago

Normally, riggers try to avoid physics parameters hitting their limits during motion to prevent a jolting feel, but this characteristic can also be used intentionally to create movements that fit a retro electronic aesthetic. I also used blendshapes to control the visible range of different effects. Overall, this effect would be much easier to achieve with keyframe animation, but animation would never stop. What I found fun about rigging this part was actually achieving it through physics-driven behavior. #Live2D #Live2DWIP

Normally, riggers try to avoid physics parameters hitting their limits during motion to prevent a jolting feel, but this characteristic can also be used intentionally to create movements that fit a retro electronic aesthetic. I also used blendshapes to control the visible range of different effects. Overall, this effect would be much easier to achieve with keyframe animation, but animation would never stop. What I found fun about rigging this part was actually achieving it through physics-driven behavior. #Live2D #Live2DWIP

🧡Natsu_PP🖤Live2D❤

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Live2D Experiment - Eyes + Head Movement Connecting the eyes to the head physics allows for subtle movement! This also brings the model to life when the VTuber isn't moving but is looking around. (Model is still WIP)

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168,711 views • 1 year ago

Live2D Art for Sale✨ Only $290 you can take this bunny🐰, Include 💫well-cut psd file 💫7 Expressions 💫2 Toggles And you can request us to rig it into a Live2D model, and it will only cost $250 (Rig in basic quality)❤️ This is only an attempt to see how complicate we can cut🤔 Link in comment~ #Vtuber #Live2D依頼 #adoptable

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Kyoki_studio@Art&Live2D

253,410 views • 2 years ago

hair physics learning file uploaded !! my hair rig is super simple but i also used that smile conditioned thecnic on part of it so im adding it as a separate file! this can be used on animal ears or tails as well so its super handy. discounted price for today :3 ⬇link #Live2D

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kai

14,649 views • 7 months ago

🧊 Splats → Voxels: Bridging 3D Gaussian Splatting with Dynamic Voxels World Labs Just added this last tool to the GS editor plug-in that can convert any 3DGS splats into interactive voxel worlds with full physics support! 🚀 3 Rendering Modes: 🔵 CPU Mode - GameObjects for each voxel. Max physics interaction, perfect for destructible environments 🟢 GPU Mode - DrawMeshInstancedIndirect. Renders 100K+ voxels at 90fps. Pure visual, no physics overhead 🟡 Hybrid Mode - Best of both! GPU renders distant voxels Building this so you can literally punch through a GS World and watch it crumble 🥊 #GaussianSplatting #unity3d #GameDev #VR #3DGS #Voxels #Physics #madewithunity

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The Google Gemini can transform your questions and complex topics into custom and interactive visualizations — directly within your chat. Whether you’re rotating a molecule or simulating a complex physics system, you create 3D simulations with just one prompt in Gemini. Try starting your prompt with “show me...,” to get your interactive visualization. For the best results, try using Gemini’s Flash model.

The Google Gemini can transform your questions and complex topics into custom and interactive visualizations — directly within your chat. Whether you’re rotating a molecule or simulating a complex physics system, you create 3D simulations with just one prompt in Gemini. Try starting your prompt with “show me...,” to get your interactive visualization. For the best results, try using Gemini’s Flash model.

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302,602 views • 19 days ago

C = εr ε0 (A/d) This demo shows capacitive coupling using water as a variable dielectric (εᵣ ≈ 80). The human body completes the circuit by touching the water, acting as the second conductor with its capacitance to ground. Hand/finger movement changes the effective area A and distance d, while ripples dynamically modulate C. This varying capacitance alters an oscillator’s frequency, which is converted into audio tones or MIDI in real time. Educational fluid-based sensors and interactive MIDI controllers for bio-signal acquisition and gesture-controlled music. Ideal for physics demos and human-interface experiments.

C = εr ε0 (A/d) This demo shows capacitive coupling using water as a variable dielectric (εᵣ ≈ 80). The human body completes the circuit by touching the water, acting as the second conductor with its capacitance to ground. Hand/finger movement changes the effective area A and distance d, while ripples dynamically modulate C. This varying capacitance alters an oscillator’s frequency, which is converted into audio tones or MIDI in real time. Educational fluid-based sensors and interactive MIDI controllers for bio-signal acquisition and gesture-controlled music. Ideal for physics demos and human-interface experiments.

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🚨 CHINA JUST ACTIVATED A MAGNET 700,000× STRONGER THAN EARTH’S MAGNETIC FIELD Chinese scientists have powered up a superconducting research magnet reaching 35.6 tesla one of the strongest sustained magnetic fields ever created. For comparison: • Earth’s magnetic field ≈ 0.00005 tesla • Hospital MRI ≈ 1.5–3 tesla • This new system = 35.6 tesla And it can reportedly maintain that field for over 200 hours continuously. Why this matters: Extreme magnetic fields allow scientists to explore matter under conditions almost impossible to reproduce naturally. This could help advance: • superconductors • quantum materials • fusion research • next-generation electronics • exotic states of matter • ultra-precise molecular imaging At these field strengths, materials can begin behaving in completely unexpected ways. Electrons reorganize. Quantum effects dominate. Normal physics starts looking abnormal. The race for stronger magnetic fields is becoming a race to unlock entirely new physics. Humanity is no longer just observing extreme conditions in the universe. We’re beginning to manufacture them on Earth. Follow for more future science and technology breakthroughs.

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TheNewPhysics

51,159 views • 4 months ago