At the nanoscale, materials and structures exhibit unique properties that differ significantly from their bulk counterparts. Hence, maintaining precise tolerances is crucial for the following reasons:
Performance: Small deviations can lead to large discrepancies in the electrical, optical, or mechanical properties of nanodevices. Reliability: Consistent manufacturing within tight tolerances ensures that nanodevices perform reliably under various conditions. Interoperability: Maintaining stringent tolerances ensures that components fit together properly in complex nanosystems.
