Why is Multi-Scale Modeling Important in Nanotechnology?
The behavior of nanoscale materials is governed by phenomena occurring at different scales. For example, the mechanical properties of a nano-composite material can be influenced by atomic interactions, microstructural features, and macroscopic conditions. Multi-scale modeling helps in capturing these interactions across scales, providing insights that can't be achieved by single-scale models. This approach is essential for the design, optimization, and application of nanomaterials in fields such as medicine, electronics, and energy.
