Gaussian splatting is often used when rendering point clouds to create more realistic and visually appealing 3D scenes.
Some advantages of this technique:

• Smooth transitions
  Gaussian splatting creates smoother transitions and gradients in your designs for a sleek, polished look.
  
  
• Visualization of point clouds
  If your creative work involves point cloud data, such as LiDAR scans or 3D scan data, Gaussian splatting can help you visualize and process this often complex data more effectively.
  
  
• Special effects
  In visual effects and computer-generated imagery (CGI), Gaussian splatting can be used as a creative touch to create certain effects: soft particles, atmospheric effects, or particle-based simulations, for example.
  
  
• Data visualization
  In data visualization projects that include 3D data points, Gaussian splatting can help represent complex data in an attractive, clear way.
  
  
• Custom shaders
  When included as a custom shader, Gaussian splatting can create unique visual effects for your 3D models or scenes.
  
  
• Simulation and animation
  When applied to dynamic simulations and animations, Gaussian splatting allows you to achieve realistic and visually appealing motion and deformation effects.
  
  
• Virtual Reality
  In this context, Gaussian splatting helps generate 360° environments based on photo or video material. It offers a lot of creative possibilities in terms of relighting and adjusting the aesthetic experience.