
simulation
2D Device Lab
Explore a MoS₂ transistor in 3D with ideal current curves. An interactive teaching model.
AIMATRALAB / MATERIALS · RESEARCH · AI
AimatraLab brings together scientific software, online analysis, AI research skills and data resources for materials research.
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A growing collection, built around materials science.

simulation
Explore a MoS₂ transistor in 3D with ideal current curves. An interactive teaching model.

microscopy
Approach and raster scan synthetic surfaces; inspect tip broadening and linked height maps. Ideal geometric model.

simulation
Build alloy and sublattice structures, inspect short-range order and export atomic models.
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microscopy
CIF projections, FFT indexing and STEM overlays. Standard excludes tilt scans and multislice.
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Released tools are ready to use. Planned tools become available when their first release is published.
Online Lab
Explore structure descriptions, formula and capacity calculators, rate analysis and research skill guides.
Connected by science
Synthesis, composition, crystal structures and defects, connecting materials chemistry with structure–property relationships.
Batteries, supercapacitors, electrocatalysis and electrochemical measurements, with tools for analysis and modeling.
Semiconductors, 2D materials, thin films and heterojunctions, with an interest in electronic and optoelectronic devices.
XRD, SEM/TEM, spectroscopy and thermal analysis, from instrument use and sample preparation to interpreting results.
Density functional theory, molecular dynamics and multiphysics simulation, connecting models with reproducible computational workflows.
Desktop applications, online analysis, scientific programming, AI Skills and automation for everyday research and creative practice.
From the lab