I think the issue with this and the proposed ‘spa’ scan model is that the diffs are usually meaningless. We all have cysts, masses, and weird shapes that shift around and show up on imaging. Many of these shapes require biopsy to determine what they are. Without symptoms the false positive rate is ridiculously high.
Modern medicine sort of requires us to suspend the idea that we can know everything happening in our body at any given time. If we could develop a diagnostic technique to instantly determine if shapes in our bodies are malignant or benign something like frequent full body scans could be interesting, but they really just introduce noise right now.
I think that’s sort of the selling point no? It’s really boring. It has like -10 keywords, compiles insanely fast, and has a concurrency model that’s easy to use and read. LLMs are great at using Go tooling to sanity check along the way. It’s easy to write shitty Go but it’s really pleasant to work with if you find those things compelling.
haha exactly. I’m coming from Swift, and I don’t want to go back to manually releasing objects like I used to in ObjC, let alone reason about lifetimes.
What's the big issue with GC nowadays? It has mattered to me exactly once in decades and it was still manageable anyway by using a more low level style in a hot loop. I see very few usecases where GC actually matters and for those rare few cases it was not like you were using python beforehand anyway
Why the hell would he "worry about garbage collection"? That kind of thing is a cargo cult fear.
Garbage collection is not an issue for 99% of programs. And for those that it is, there are ways to mitigate the issue (e.g. there are extremely high performance trading system written in Java, where every last sub-millisecond counts).
Blanket fear of GC reminds me when new programmers learned about how assembly is lower level and can be faster, and wondered why everything is not written in assembly.
Modern medicine sort of requires us to suspend the idea that we can know everything happening in our body at any given time. If we could develop a diagnostic technique to instantly determine if shapes in our bodies are malignant or benign something like frequent full body scans could be interesting, but they really just introduce noise right now.