Cost Efficiency: Developing and experimenting with nanomaterials in a laboratory can be extremely costly and time-consuming. Simulations provide a cost-effective alternative. Risk Mitigation: Working with nanomaterials can pose significant health risks. Simulations help in understanding these risks without physical exposure. Accelerated Research: Nano simulations can significantly speed up the research and development process, allowing scientists to test multiple hypotheses quickly. Precision: Simulations offer a high level of precision, enabling the study of properties and behaviors that are difficult to measure experimentally.
