High variability can have both positive and negative impacts on nanotechnology applications. For example:
Electronics: Variability can affect the performance of nanoelectronics and quantum dots, making it challenging to produce consistent, high-quality devices. Medicine: In nanomedicine, variability in drug delivery systems can lead to inconsistent therapeutic outcomes, affecting patient safety and efficacy. Energy: The efficiency of nanomaterials used in solar cells or batteries can be highly variable, impacting overall energy conversion and storage capabilities.
