Materials science
Prepare periodic structures, run modern simulation methods, and inspect mechanical, thermal, phase, surface, and transport behavior in one platform.
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Periodic materials workflows
Use explicit periodic structures and method settings, compare like-for-like calculations, and retain the outputs needed to validate each conclusion.
Standardize cells, inspect symmetry, create supercells and defects, or generate candidate inorganic crystals for downstream simulation.
Optimize periodic structures and investigate trajectories with DFT engines or machine-learned potentials suited to the system and stage.
Analyze mechanical response, phase stability, vibrational properties, diffraction, and surface models with interpretable outputs.
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Select the method appropriate to the chemistry, system size, and accuracy requirement, and avoid comparing energies across incompatible settings.
Prepare, standardize, and compare periodic structures.
Relax crystals with learned potentials or PBE DFT.
Simulate periodic materials and inspect trajectories.
Estimate elastic response and energy-volume behavior.
Check dynamical stability and vibrational thermodynamics.
Build convex hulls from supplied phase energies.
From the Neurosnap blog
Simulation planning
Learn how system size, duration, representation, and preparation affect simulation cost and runtime.
Read articleThermodynamics guide
See how solubility, phase behavior, and molecular thermodynamics map to focused computational questions.
Read articleSecurity & privacy
Submitted data and generated results remain confidential, with ownership retained by your team.
Only you and authorized colleagues can access submitted data and results.
Your results and intellectual property remain yours. No royalties or equity.
Platform controls help protect sensitive computational research.
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Model the material
Run focused calculations, inspect the underlying outputs, and share results securely with your team.
