What is a direct consequence of using a larger matrix size in digital imaging?

Using a larger matrix size in digital imaging directly leads to more detailed images. A larger matrix size indicates that there are more pixels available to represent the image, which allows for finer detail to be captured. This increase in pixel count contributes to improved image resolution, meaning that small structures and features within the image can be more clearly discerned. High-resolution images enable better visualization and analysis, which is crucial in various applications, such as medical imaging, where detail can significantly impact diagnostics and treatment planning.

In contrast, options that suggest increased noise, larger pixel size, or lower image processing times do not accurately reflect the benefits associated with a larger matrix. A larger matrix typically reduces pixel size while potentially increasing the processing time due to the greater amount of data being handled.