What It's Used For
Nanotechnology
Why Frontier? Because nano-scale science requires extreme-scale computation.
Nanotechnology involves multidisciplinary knowledge, from particle physics and molecular dynamics to computer science and chemistry. In any discipline, modeling and simulating nano-scale systems is essential to progress in the field. Whether you're simulating C60 surface interactions or predicting the order of heteroepitaxial quantum dots, extreme-scale computation is a must.
Because computational limitations and the lack of effective design tools were hampering the creation of self-assembling DNA-based nanostructures, Parabon created the inSēquio Sequence Design Studio. This Frontier-powered application has hyper-accelerated the engineering cycle for producing nanostructures from synthetic DNA.
Looking for a high-performance computing (HPC) partner to help solve your nanotechnology problem? Consider Parabon for:
- Our Frontier Grid Platform for empowering large-scale computations.
- Nanotechnology experience, thanks to inSēquio.
- A track record of helping researchers solve a wide range of computationally intense problems - see our case studies.
- To learn more about how Parabon can partner with you to accelerate your research, contact us.
