yeah, after impact, quite evenly. last time it happened, it was called iridium anomaly. there’s not that much gold in electronics and other platinum group metals are more useful from material engineering perspective
No. If it were as cheap as steel, we wound make whole packages from it. Completely new things. We already use thicker and more gold plating where the cost is not as much of a factor, like space, medical and military stuff.
i think of gold more as a premium lead. we’d for sure coat insides of cans with it, instead of tin if it was so cheap, but it’s weaker than steel. radiation shielding would be another one, ever heard of ancient lead used for radiation shielding for high sensitivity experiments? gold has none of these problems. gold ammunition, gold piping for chemical industry instead of nickel alloys, as long as it’s not too heavy. it would also cause all sorts of new problems with recycling
yeah, after impact, quite evenly. last time it happened, it was called iridium anomaly. there’s not that much gold in electronics and other platinum group metals are more useful from material engineering perspective
There is no much specifically because it is expensive.
there’s not much because it can be plated real thin and more is not necessary
No. If it were as cheap as steel, we wound make whole packages from it. Completely new things. We already use thicker and more gold plating where the cost is not as much of a factor, like space, medical and military stuff.
i think of gold more as a premium lead. we’d for sure coat insides of cans with it, instead of tin if it was so cheap, but it’s weaker than steel. radiation shielding would be another one, ever heard of ancient lead used for radiation shielding for high sensitivity experiments? gold has none of these problems. gold ammunition, gold piping for chemical industry instead of nickel alloys, as long as it’s not too heavy. it would also cause all sorts of new problems with recycling
The accountant vs the engineer