Three-dimensional digital reconstruction of porous media presents a fundamental challenge in geoscience.
A computational framework, using latent diffusion models within the EDM framework, is introduced to address this challenge.
The approach reduces dimensionality and enables the generation of larger volumes than previously possible with diffusion models.
Extensive testing on four distinct rock types demonstrates that the framework achieves better generation quality and establishes a new state-of-the-art for digital rock physics applications.