Just read the amount of complexity needed to support rent on Ethereum. Main argument seems flawed. Increased storage != unbound cost: If moore's law can halve the cost of storage in time t, then the total cost to store a piece of data forever is today's cost of storing it for 2t.
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I suppose you're right. The assumption would hold, however, with any function of time where price converges.
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Bad sci-fi. Take a look at real memory densities and prices over the last decade.
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There are physical limitations to how many transistors you can fit in one unit of area
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And it was a casual observation based somewhat on science somewhat on manuf. and somewhat on marketing that has become some axiomatic dogma that people foolishly apply to abstract technology and not just silicone. It is arbitrary and not nature's 80/20 rule or a Fibonacci series!
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*silicon
End of conversation
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Of course it’s still happening. The real question is will it hold when the architecture changes but if you take data from before integrated circuits then even in that transition Moore’s Law still held true.
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It’s my law
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Isn’t it known five yrs ago??
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