The nextnano software is a set of tools for simulating physics of electronic and optoelectronic semiconductor nanodevices. It is designed for engineers and scientists to design, analyze, deeply understand and optimize nanoscale semiconductor structures and devices.
With a comprehensive suite of advanced features including a user-friendly graphical workflow manager, seamless integration with Python libraries, and a rich repository of practical examples, nextnano accelerates learning and personalized design development. This results in shorter time-to-market and faster publication timelines for our clients, maintaining high performance and driving next-generation technologies forward.
Explore semiconductor nanodevice simulation with the free version of the nextnano++ package without registration.
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The nextnano excels in simulating a broad spectrum of nanostructures, encompassing quantum wells, wires, dots, and more intricate formations such as superlattices and heterojunctions.
nextnano offers unparalleled flexibility, enabling easy customization of simulation parameters to align with your specific research requirements. Our software is designed for easy integration of users' own models and parameters, providing clients with a seamless experience.
Our nextnano licenses incorporate an extensive collection of example files and tutorials featuring cutting-edge physics and publications in semiconductor and quantum science. This allows simulations to be initiated quickly without extensive training, with easy adaptation of these examples to your device geometry.
nextnano is committed to prompt support and continuous software development, meeting our customers' evolving needs and enhancing satisfaction with our high-quality products and services. Our comprehensive technical support, training, and tutorials ensure customers maximize the benefits of our software.
Our software packages allow users to simulate a variety of nanoelectronic and photonic devices, including quantum dots and nanowires, analyzing their electrical, and optical properties. With a highly customizable interface and fast computing performance, our software serves as an ideal solution for academic and industrial applications.
We highly value the partnerships we have established with various organizations, including memberships as well as research, educational, and project collaborations.
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