This is why ECC is used to protect memory and data busses. At least on the good stuff
Silicon-on-sapphire is the main way to implement silicon-on-insulator, which is more protective of radiation bit flips and less likely to latch-up. But since these have historically been required only for space satellites, they have been horribly expensive. Imagine running an entire IC fabrication just to make a few chips. As there are more applications for rad-hard chips, the price could fall.
Speaking out of curiosity isn't enough. You must speak from knowledge. This is generally achieved through a great deal of work and some experimentation.
It's really obvious when you don't have it.
A view Russian probes got lost while flying over HAARP, I think Phobos Grunt was the most recent one. The theory is that their electronics was grilled by these high-power transmitters. This one actually makes sense though.
This was obfuscation on the part of the Russians. According to the failure report issued by Roscosmos there were other reasons, including use of non-space-qualified components that were susceptible to radiation damage, and insufficient ground testing.
So do you want that security measure invalidated?
Sure, what's the worst that could happen? President Pence?
Thank you kindly
I've not seen any reports on clay, but I wouldn't expect as much. It's soil bacteria that produce the B12, so you're looking for organic-rich soils.
Animals that eat clay often do so to help neutralize toxic alkaloids and to get various mineral supplements.
Yeah, it's crazy how much they put in them. The human body requires utterly miniscule amounts of B12. But the difference between "miniscule" and "none" has a big impact
Vegans do. Vegetarians can get it from milk and eggs.
And hey, that can be turned around if you want to play that game. Your typical American eats var too few vegetables and so misses out on a lot of the plant-associated vitamins and minerals.
Another megabytes the dust.