Open scientific software
Tools built for research
Explore Polymer.jl, PolymerArchitecture.jl, AcceleratedDCTs.jl, MakiePublication.jl, and our other Julia packages.
Browse softwarePolyorder Lab · Fudan University
Controlling order in soft materials
We develop field-theoretic models, accelerated numerical methods, and Julia tools to understand polymer self-assembly.
Architecture → Algorithms → Morphology
From molecular design to ordered matter
Our work connects polymer architecture, computational algorithms, and the morphologies that emerge from self-assembly.
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01
Architecture
Representing complex chain topologies and identifying symmetry-equivalent structures.
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02
Algorithms
Accelerating field-theoretic simulations with structure-aware numerical methods.
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03
Morphology
Discovering and characterizing ordered phases across polymer design spaces.
Work with us
Join the Polyorder Lab
We welcome researchers and students interested in polymer physics, scientific computing, and AI.
Meet the groupFrom the lab
Latest work
All newsWe 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.
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