Cloud native EDA tools & pre-optimized hardware platforms
Atomistic STT-MRAM Modeling Framework in QuantumATK
Iterative Atomistic Simulation Workflows in QuantumATK
Synopsys Webinar on QuantumATK U-2022.12 Release - Teaser
Use Jobs Tool in NanoLab GUI to customize and organize tasks.
Fast and easy atomic-scale modeling with QuantumATK NanoLab GUI.
New Workflow Builder for setting up simple and complex calculation workflows.
Use Multilayer Builder GUI to automatically build multi-layer stacks of amorphous and crystalline layers.
Work efficiently with data intensive atomic-scale modeling projects based on multiple simulations.
Atomistic simulation workflow and quick-and-easy access to all tools and features in QuantumATK.
Develop accurate Machine Learning (ML) interatomic potentials for realistic complex system.
Build thermoplastic polymers with an easy-to-use GUI with QuantumATK.
Catch up on the highlights of our latest release, including highlights.
Easy-to-use atomistic thermochemistry selectivity analysis tools for studying advanced surface processes.
Easy-to-use atomistic surface process dynamics tools in QuantumATK.
Effective tools for all levels, synergistic solutions, and realistic physics outcomes in complex materials.
How to conveniently adsorb molecules on a surface for battery and catalyst simulations with an easy-to-use GUI.
Demo of how to conveniently build molecules with an easy-to-use GUI.
Use QuantumATK for 2D plots, perform advanced editing of plots, link and combine them, and fit data to linear and other models.
The new QuantumATK P-2019.03 release includes many new features, e.g. meta GGA SCAN functional, and performance improvements.
Introduction in how to use python console and snippet in QuantumATK NanoLab Builder.
A fast-track presentation of QuantumATK analysis tools for calculating the projected band structure and projected density of states.
A fast-track presentation of how to use QuantumATK to calculate and visualize the Fermi energy surface of any bulk material.
Presentation of how to set up a silicon nanowire field-effect transistor structure, perform calculations and analyze results in QuantumATK.
Interested in applying QuantumATK software to your research? Test our software or contact us at firstname.lastname@example.org to get more information on QuantumATK platform for atomic-scale modeling.