We Opensourced AcceleratedDCTs.jl
AcceleratedDCTs.jl: Fast, device-agnostic 1D/2D/3D DCTs for #JuliaLang! ✅ Runs on CPU & GPU (via KernelAbstractions) ✅ >2x speedup vs SOTA ✅ AbstractFFTs interface.
Read moreExploring the Frontiers of Polymer Physics and Computational Materials Science
Read our latest blog posts about polymer physics, scientific computing, and software development.
Learn MoreAcceleratedDCTs.jl: Fast, device-agnostic 1D/2D/3D DCTs for #JuliaLang! ✅ Runs on CPU & GPU (via KernelAbstractions) ✅ >2x speedup vs SOTA ✅ AbstractFFTs interface.
Read moreAccelerating Field-Based Simulations of Block Copolymers by Exploring Symmetry of Chain Architectures
Read moreWe are excited to announce that we have opensourced two Julia packages: PolymerArchitecture.jl and PolymerArchitectureMakie.jl. These packages provide tools for analyzing and visualizing polymer architectures, including automatic detection of equivalent sub-architectures and visualization using GraphMakie.jl. An accompanying research article utilizing these packages to accelerate polymer SCFT simulations is upcoming.
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