📍 The conference will take place in our beloved city of Florianópolis, from August 11–13, 2025. 📖 LTrace will also conduct a mini-course about the new software GeoSlicer. GeoSlicer is a digital rock platform that leverages AI tools to process digital rocks at all scales. It will be offered to any InterPore BR 2025 participant who […]
From April 8–10, we had the privilege of joining the Rock Imaging Special Interest Group at the Geological Society in London for an inspiring few days of cutting-edge research, discussion, and collaboration. 💬 We were honored to speak alongside world-class researchers and industry leaders in rock imaging — a field that’s essential to both the […]
The BigImage toolkit available in GeoSlicer is a set of tools designed to make it easier to manipulate huge volumes outside of RAM. This allows the user to work with massive images of very high resolution, i.e. that exceed the amount of memory available on the machine. The challenge is to give the user enough […]
📢 Generated digital rock model with 3344×1360×8304 voxels 📢 We are thrilled to share our latest results from the MUSA project, where we integrate microCT and coreCT data using a novel multiscale approach!Based on CSinGAN (https://lnkd.in/dgx4D-WY), a generative model, we introduced the coreCT conditioner only at the generation stage. This ensures that unresolved phases in […]
Today, LTrace conducted a short course for Petrobras on the Thin Section environment of the GeoSlicer software. Our mentor for the course was Márcio Valério Weck Pereira Among its many capabilities, we applied our AI-driven segmentation algorithm for thin sections, enabling the identification of both minerals and textures (GIF below). 🧠💡 🔹 Reminder: GeoSlicer is […]
📢 Modeling fluid flow in porous media with broad pore size distributions remains an open challenge, as balancing field of view and voxel resolution often requires difficult compromises. 🔬 Our latest developments 🔬We’re excited to share our developments on multiscale pore network models, implemented in the open-source solution Geoslicer. Multiscale PNM addresses this challenge by representing subresolution pores through effective properties while reducing the computational […]