Ricci Flow and Curvature from Christoffel Symbols
Problem
\frac{\partial g_{ij}}{\partial t} = -2 R_{ij} = -2 (\theta_k \Gamma^k_{ij} - \partial_j \Gamma^k_{ik} + \Gamma^k_{il} \Gamma^l_{kj} - \Gamma^k_{jl} \Gamma^l_{ik})
Explanation
This visualization gives a geometric feel for the Ricci flow equation . We interpret a 2D surface whose metric is encoded by a deforming grid. The Christoffel symbols twist and bend the grid lines; their combinations determine the Ricci tensor . The flow drives the metric to smooth out curvature: regions of positive curvature contract, and negatively curved directions stretch. Use the controls to adjust how strongly curvature acts, how much time has passed, and how we visualize the connection-like twisting of the grid.
Interactive Visualization
Parameters
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