In advanced chip design, even 0.020 mm (0.00079 inches) can drive conflicts between design teams. Physical constraints are now more critical than ever. (Tiny opening light comes through, that’s .02mm)

RDLs - redistribution layers Cutting edge chips require massive bandwidth. Older tech connected chips with other components through the PCB (motherboard) only. But the _need for speed_ pushed the development of smaller and denser interconnects. Nowadays superchips (like the

Adobe really likes toxic relationships.... While I look for how to uninstall everyything Adobe related... Should only uninstall if you have a problem with ... installing it !!!

Job description : working very hard to stack, stitch, and squeeze more compute into less space, because physics has started charging rent

Gonna start calling them AI minions. Openclaw AI agents is too long, and confusing.

Writing massive results data file to disk be like

There are so many positive sum games we tend to obviate and forget. E.g. that 5-10 min call with older family member or trusted friend who moved across the country/world... easy win-win

Even before AGI, at current AI capabilities, humans can be easily run over by LLMs throughout. Major challenge for intrinsically adversarial engagements. Like defendant and plaintiff sit and frequently fail to follow the show lawyers and judges engage in; that will be

This stage is clear, but the big question is, what’s the next stage ? x.com/JacobESalazarS…

Although the means are not that far off, gaps of 50% and even 66% exist. That’s huge. Try watching all your streaming at 1.6x Most probably, you give up or end up exhausted at least

😆 Undecided on ChatGPT using prior unrelated conversations to pander, when I ask a generic question. First I love it, then I’m like 🤨 When asking: Best way to thaw salmon…