My main point is Bitcoin is not, and fundamentally cannot, achieve what people are trying to use it for, and it has vastly outgrown its potential as a design, and the only thing propping it up is moronic investors and speculation.
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There are already plenty of other altcoins with differing properties; it remains to be seen if one will fundamentally fix this problem while keeping the benefits or adding its own.
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But in the meantime, Bitcoin is already broken, and a ginormous, colossal, unheard of, utterly comical waste of energy, and is absolutely, positively, and clearly not worth the energy that is being invested into it.
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Replying to @marcan42
So your main point is that you want bitcoin to be faster. Great, well done. The reason it isn't faster is that there is disagreement as to how to do it. Increasing the block size was the original idea and would scale without limit.
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Replying to @Rcomian
Increasing the block size would not scale without limit. Requiring every (full) node in the network to hold the entire transaction introduces an utterly unsustainable O(n³) scaling factor.
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Replying to @marcan42
Yes there's downsides to just increasing blocksize which is why it's not been done and other options are being looked at. In the meantime it *is* an electronic cash. With challenges, but it's there. Not a failure (yet). Or stupid.
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Replying to @Rcomian
Cash doesn't have a $30 transaction fee. Right *now*, all Bitcoin is is the world's most expensive checking account modality, and a vehicle for speculators.
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Replying to @marcan42
You're declaring it a failure whilst it's in trouble and before it's failed (with fixes in pipeline). You're declaring it stupid for not having magical properties no-one knows how to achieve. Current problems are temporary. But you can still use it.
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Incidentally, can you reference that O(n3) scaling thing, I've not heard that one before and it doesn't seem obvious to me.
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Replying to @Rcomian
There are N people in the network. As N grows, each individual person also has more potential people to transact with - transactions would be O(N²). Since each person has a copy of all transaction history, the network requires O(N³) storage overall.
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I am making the assumption here that individual transactions scale linearly with the network popularity (with some small constant factor of course, since a single person doesn't transact with everyone else); early-adopter effects may reduce this, so perhaps O(nᵏ) for 2 < k < 3
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