Earlier quoted context omitted.
I work in radiology with MRI as a tech. We use AI slightly differently to the examples here, but it’s changing a lot of what we do. It’s more about enhancing images than directly about diagnosing. The image is denoised ‘intelligently’ in k-space and then the resolution is doubled via another AI process in the image domain (or maybe the resolution is quadrupled, as it depends on how you measure it. Our pixel count dou…
My partner had a clinician review her paperwork and say "why are you here" explaining the enhanced imaging was leading to tentative concerns being raised about structural change so small it was below the threshold for safe surgical treatment. Moral of the story: the imaging has got so good that diagnostics is now on the fringe of over diagnosing and the stats need to catch up
Regarding tue quality of imaging: I tend to agree, and the better imaging gets the more we will have to relly on humans to judge whether or not treatment is necessary or recommended. That judgement alone is, IMHO, in the same league as full self driving and requires general AI.