What Challenges Exist in QM Calculations for Nanotechnology?
While QM calculations are powerful, they come with challenges:
Computational Cost: QM calculations, especially for large systems, require significant computational resources and time. Accuracy vs. Efficiency: There is often a trade-off between the accuracy of the method and the computational resources required. Scalability: Extending QM calculations to larger systems while maintaining accuracy remains a challenge. Interdisciplinary Knowledge: Effective QM calculations often require expertise in both physics and chemistry, as well as computational skills.
