I think it is going the opposite direction, where cpus get more powerful graphics cards integrated more and more into them. This allows for matrix math to beco

I think it is going the opposite direction, where cpus get more powerful graphics cards integrated more and more into them. This allows for matrix math to become a bit more standard in day to day programming. However, in the opposite direction where a gpu becomes more like a cpu, if streams could do some level of limited branching without slowing the whole thing down, it opens the door to threading frameworks and design patterns where you write a loop in code, every thread gets it's own copy of memory, and on the threading front, it just kind of works for a lot of generic code. Then if gpus added some sort of piped-like summation-like instruction, in the cases in a loop where variables need to be shared, they can still be added, subbed, mul, div, or mod, easily and quickly, allowing for what looks and acts like normal code today, but is actually threaded. That would kind of bring code back to where it is today. Who knows? It's kind of fun to speculate about though.