alpine_jim

ok? I don’t think anyone said they do.

the point was, someone claimed that only Macs have unified memory, so I gave some counterexamples, not an exhaustive list of all counterexamples.

I think they’re ARM-based, so yes.

which is not unique to Macs. all ARM PCs have unified memory. AMD is doing it in some of their x86 now too (Strix Halo) and Intel also have it with their Core / Arc integrated graphics boards - https://www.tomshardware.com/pc-components/gpu-drivers/intels-new-graphics-driver-lets-you-dedicate-up-to-87-percent-of-laptop-memory-capacity-to-the-igpu-for-vram-core-ultra-cpus-get-shared-gpu-memory-override-feature

you’re talking a feature of ARM architecture vs x86.

lots of companies besides Apple are making ARM PCs, and Linux (and Windows and other OSes) runs fine on ARM with unified memory.

you shouldn’t go by just one name unless you’re the most famous person with that name in the whole sector - i was confused why the BSD Theo was advocating Linux now.

Iceland shouldn’t be on this, it didn’t exist until ~20 million years ago. Pangaea broke up ~200 million years ago.

Probably lots of others, like most of Japan shouldn’t be labelled either.

a line of Soar
a bump of Elevate
a pinch of Transcend

better keep the fire away from the naquadria deposits.

Fabrice Bellard is ten Ronalds.

yeah the main reason AMD isn’t quite as price-gouged is that ROCm isn’t quite as in demand as CUDA for non-gaming uses for GPUs.

What’s the point, if downvotes are no longer a factor in the YT backend?

extensive use of the “Don’t recommend this video > Tell us why > I don’t like this video” function, plus removing bad videos from my watch history after I stop watching, has got me a well-trained slop-free recommendations page with interesting new smallish channels.

i believe there was some early speculation that the unprecedented temperature of the Trinity test might ignite the atmosphere, somehow making the nitrogen burn, but that would be a chemical reaction, not a nuclear reaction.

Alpha and beta decay are types of fission.

further, if you only want to look at fissions with similarly-sized daughter products, there are several micrograms of fissile atoms in each of us, so random fissions are indeed constantly happening.

no, there are lots of atoms splitting inside your body every second.

a single U-235 atom’s fission, releasing ~200MeV, (~30 picojoules), in ideal circumstances could maybe nudge a very small fine grain of sand (~ micrograms) enough to see movement (small fraction of a millimetre) under a microscope .

It takes months of refining to make nuclear fuel that’s suitable for sustaining a chain reaction.

it’s an interesting question, I’m glad I did the research checking that the orders of magnitude match!