Synopsys Cloud
Cloud native EDA tools & pre-optimized hardware platforms
Request a Free Evaluation →
QuantumATK - Atomistic Simulation Software
Why QuantumATK
- Effective Tools
- Synergistic Solution
- Realistic Physics of Complex Materials
- Core Component of the Synopsys Design-Technology Co-Optimization (DTCO) solution
Benefits
QuantumATK atomic-scale modeling software enables large-scale and thus more realistic material simulations, integrating multiple simulation methods, ranging from ab initio DFT to semi-empirical and classical force fields analysis, into an easy-to-use platform. QuantumATK accelerates semiconductor and materials R&D, and reduces time and costs by enabling more efficient workflows in the screening process of new materials across a broad range of high-tech industries.
Semiconductor Modeling Solutions
Simulate properties of new materials, interface structures, contacts and stacks for insights on how they impact semiconductor devices and processes before wafer-based data is available. Integrated with TCAD tools.
Learn More
Materials Modeling Solutions
Optimize material options in polymers, metals, glasses, solar cells, batteries, catalysis and other industries. Simulate and analyze a wide range of both basic and advanced material properties and systems.
Learn More
Academic Research Solutions
Accelerate your research by performing efficient atomistic material and electronic device simulations using uniquely combined state-of-the-art methods. Benefit from an advanced GUI and Python scripting.
Learn More
QuantumATK Products & Features
Rich tools for DFT simulations (LCAO and plane-wave basis sets), semi-empirical & classical force fields. Use a Non-equilibrium Green’s function (NEGF) module for device and surface simulations.
Learn More
Connect with QuantumATK
Upcoming Events
Webinars
Sep 15, 2022: Machine-Learned Force Fields for 2D Materials Modeling with QuantumATK
Jun 16, 2022: Synopsys Webinar on Large-Scale & Accurate DFT Simulations with QuantumATK
Mar 24, 2022: Synopsys Webinar On-Demand on Highlights of QuantumATK T-2022.03 Release
Now Available: TCAD Virtual Seminars (including atomistic materials modeling with QuantumATK)
NEW QuantumATK T-2022.03 Release
NEW Webpage on Machine-Learned Force Fields
Webpage on Simulations for Battery Materials Design
Oct 07, 2021: Semiconductor Engineering Article. Making Batteries Denser and Safer
Aug 26, 2021: Semiconductor Engineering Article: Modeling Chips from Atoms to Systems
IBM Research and Synopsys Study on Properties of Alternative Metals for Advanced Logic Interconnects
Newsletters
News in Japan
Evaluation License