Chemical Simulations for Semiconductors
Since semiconductors are used in almost all areas, the demand is constantly growing - whether for cars, industrial plants, photovoltaics or mobile communications. As versatile as the possible applications are, as different are the requirements. Depending on the area of application, electronic, temperature or mechanical factors can be the focus of optimization. Chemical simulations for semiconductors can be used to reliably simulate their properties to develop better-performing solutions.
Easily design and optimize your semiconductors by systematically screening the electronic structures, e.g. band gaps, density of states, derived properties like electrical conductivity or the influence of dopants. Our platform enables you to do such research as comfortable as never before.
Heat generation in semiconductors is one of the major problems in modern electronics, since it contributes to the material and performance degradation. With our solution properties like the thermal conductivity can be predicted and optimized in a highly efficient way.
Light matter interaction is one of the key parameters for semiconducting materials used in, e.g. OLEDs, LEDs or photovoltaics. Investigate this interaction by simulating the light emission and absorption within the Quantistry Lab.
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- We present customized use cases for your specific industry
Screening of Material Properties
Improving conductivity and energy efficiency is only possible with in-depth knowledge of material properties. With the help of simulations, you will develop a better understanding of the materials used and identify new potential in R&D.
Advantages of our Solution
Intuitive Web App
Quantistry is made for all kind of experience levels. With only a few clicks you can optimize chemical reactions, design novel materials or predict their properties.
All you need to access our cloud-based solution is an up-to-date web browser. There is no need for any kind of local installation, software updates or maintenance.
When you use our simulation platform, you only pay for the computing power you use, apart from a small annual fee. This makes your R&D highly cost-efficient.
No need to reinvent the wheel: use existing use case-centric workflow templates or develop your own to work time efficiently.
Upload your individual compounds and make them the subject of your analyses - under strictest security measures, of course.
Parallel Project Management
Owing to cloud-based technology, you can run numerous projects and analyses simultaneously in the Quantistry Lab without risking delays.