nextnano is a cutting-edge software for engineers and scientists to model, design, and deeply understand properties of nanoscale semiconductor structures and devices.
In contrast to other TCAD and modelling tools, nextnano simultaneously offers advanced features such as a graphical workflow manager, support of Python library, a plethora of examples to facilitate learning and the development of personalized designs.
These features empower our customers to achieve shorter time-to-market and time-to-publication with the optimal performance, making nextnano an indispensable tool for the advancement of next-generation technologies.
By identifying potential problems and optimizing structure design before moving forward with expensive experimental methods, nextnano can help you reduce costs in the research and development of nanostructures.
With nextnano, you'll save valuable time by quickly and accurately simulating complex nanostructures, avoiding the need for time-consuming experimental methods.
nextnano can simulate a wide range of nanostructures, including quantum dots, wires, and wells, as well as more complex structures like superlattices and heterojunctions.
nextnano offers unparalleled flexibility compared to its competitors, allowing you to easily customize simulation parameters to meet your specific research needs.
nextnano's license includes a vast collection of example files and tutorials featuring state-of-the-art physics and publications in semiconductor and quantum science. Easily adapt examples to your device geometry and begin simulations quickly without extensive training.
nextnano is priced competitively compared to other simulation software tools on the market, making it an affordable option for both individual researchers and research groups.
