Machine Learning Force Fields: Transforming Molecular Dynamics Simulations

At Quantistry, our goal is to provide R&D with valuable tools so that they can leave well-trodden paths and break new ground. With our simulation platform Quantistry Lab, we have taken the first step in this direction. To enable new ideas to grow in the digital lab, we have implemented helpful features that tease out the greatest possible potential from the simulations.

The "Optical Response Spectrum" feature provides insights into the interaction between light and materials. The results provide valuable knowledge for the electronic and optical industry, e.g. in the development of new solar cells, LEDs, paints or lenses.

Arturo ensures that there is a continuous exchange between Science and Sales & Marketing. Because complex content can only be communicated optimally if both departments speak the same language.

Can multiscale simulations paired with machine learning spell the end for trial and error and usher in a new era of data-driven research and development?

Imagine using the power of quantum technology to tackle one of the hardest and most pressing challenges of our time: Climate change.

Have you ever hit a dead end in your quest for scientific discovery? Don't fret, we at Quantistry understand the feeling. Overcoming that challenge was the driving force behind the creation of our simulation platform for R&D, QuantistryLab.