An entire materials research department,
powered by machine learning.
powered by machine learning.
Atomic Tessellator is a platform that simulates materials
down to the atomic scale, and up to 700x faster than traditional methods.
down to the atomic scale, and up to 700x faster than traditional methods.
Ultimate speed and precision
Our infrastructure is built to maximally leverage machine-learned interatomic potentials (MLIPs). We can shortcut manual calculations to speed up simulation times up to 700x with comparable, quantum-scale precision.
We can do work that previously took months, in just days.
Use the newest lever to push your products beyond their limits
New materials discovery as part of the product development pipeline is no longer exclusive to large companies with massive budgets and expensive equipment.
Simulation capabilities across materials science
From electronic properties to structural dynamics, our platform enables comprehensive materials analysis across multiple scales and applications.
Electronic Band Structure
Semiconductor bandgap evolution and analysis
Radiation Damage Simulation
Primary Knock-on Atom (PKA) cascade analysis
Thermal Ablation Analysis
High-temperature material degradation and char formation