These articles tend to overstate "using AI to design" technical systems when conceptually they're really fuzzing the performance characteristics of different variations on an algorithm against a reference implementation, and validating its correctness.
I'm coming from software so I'm not sure how much simulation/verification can be done automatically in chip design, but I'd bet money this sort of process is what they're talking about, similar to the alpha evolve paper from a bit ago. Rather than going "hey chatgpt how do I design this chip??"
I can only speak from my experience (USA based), but:
You can get access to drugs you may or may not wish to use.
Any new life insurance plan's premiums will go up as soon as you get prescribed those meds.
You will probably go through a period of post diagnosis regression as you reevaluate unhealthy coping mechanisms you've developed. Even if you think you already accept your brain for its difficulties and quirks.
You might spend a couple months being really annoying about your diagnosis as you figure out how to incorporate it into your identity. This lines up with a lot of the post diagnosis regression.
On the far side, you might end up redeveloping new coping strategies that are slightly less shame driven. But the demands of the world around you probably won't flex around your new diagnosis.
TBH if you're old enough to be on here you probably already know how to manage your environment and needs to live in the world, it's just a question of if you can actually acknowledge you have special needs and if you're capable of being kind to yourself while addressing them. And a diagnosis does help with quelling the anxiety around "do I actually have special needs or is everybody like this"