What time zone is "GMT+0100 (IST)" supposed to be? India Standard Time is something like GMT+5.
Note that the page has "2017/08/01 00:00 UTC" in the source, but uses a "Localize dates" JavaScript function to change that to your configured time zone.
361–370 of 381 posts
What time zone is "GMT+0100 (IST)" supposed to be? India Standard Time is something like GMT+5.
Note that the page has "2017/08/01 00:00 UTC" in the source, but uses a "Localize dates" JavaScript function to change that to your configured time zone.
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> With a larger block it will outpace the storage advances and will not be downloadable for the average user This has nothing to do with the block size. The size of the chain is proportional to the number of transactions. Whether those are sliced-and-diced into small blocks or large ones is completely irrelevant to how big the chain is. The only thing the block size influences is how many transactions can be mined in…
No. If a block is 10MB, you might as well keep spamming the blocks to centralize the node operation when the storage starts to require TBs. Why do you think Satoshi's gave it an artificial 1MB limit if it didn't matter?
I have no idea why Satoshi chose a 1MB limit. Probably for the same reason he chose a 21M BTC limit on the total number of bitcoins that can be mined: both are arbitrary numbers that he pulled out of a hat. But the next time I see him I'll be sure to ask.
Well, that's a remarkably uninformative announcement. Here's an attempt at a neutral tl;dr from a Bitcoin amateur. Bitcoin is currently suffering from significant scaling problems, which lead to high transaction fees. Numerous proposals to fix the scaling issue have been proposed, the two main camps being "increase the block size" and "muddle through by discarding less useful data" (aka Segregated Witness/SegWit). Ho…
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My understanding is that SegWit allows companies to insert themselves as middle men in the system who provide fast transactions.
This is probably exactly what will happen, because the chain will not be able to support transactions directly in quantity, and so we end up with a plethora of middle men who are responsible for opening and maintaining payment channels. That scales pretty well, but a hybrid solution is probably best. Moores law and all that.
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Except you get the same amount as leas as you have gold. In fact, now you have gold and lead. One will turn out to be a storage for value.
I think there is a third scenario - both forks become worthless.
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No. If a block is 10MB, you might as well keep spamming the blocks to centralize the node operation when the storage starts to require TBs. Why do you think Satoshi's gave it an artificial 1MB limit if it didn't matter?
Huh? That makes no sense at all. I have no idea why Satoshi chose a 1MB limit. Probably for the same reason he chose a 21M BTC limit on the total number of bitcoins that can be mined: both are arbitrary numbers that he pulled out of a hat. But the next time I see him I'll be sure to ask.
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Why is it false? I didn't say "mining is profitable". I just said anybody can do it, and that's the key. Just like anybody can seed torrents without any incentive, or just like Tor nodes exist without any incentive.
I think they mean it is true in the same sense that "anyone can be president of the US" is true, e.g. true in theory, but in practice, it requires significant wealth which most do not have. I would have worded it differently than calling it a "lie" though (since it technically isn't).
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The blog author and you need to learn about lighting network and graph theory. Edit: responses to the specific "proof" you linked https://medium.com/@murchandamus/i-have-just-read-jonald-fyo... https://medium.com/@murchandamus/some-subsidiary-points-on-l...
That's just a lot of hand-waving, if the author is so confident about his rebuttal he should be able to provide a model for it. This person did at least attempt to simulate something along the lines of an ideal LN, which showed that micropayments do not do very well at all due to the combination of fees accrued at each hop: https://hackernoon.com/simulating-a-decentralized-lightning-... This thread on the same story…
There are multiple implementations of the spec.
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> it costs $5 to send $5 worth of bitcoin Not that this is a whole lot better, but the cost is $1.48 for fastest confirmation time, and $0.42 if a delay of 15-300 minutes is acceptable to you. Source: https://bitcoinfees.21.co/
How is this supposed to be competitive with the real world? Paypal transactions, Swish (Sweden), etc. etc. are instant and often with zero fees.
* Fee is not dependent on amount of money you're sending. You can send $200M worth of Bitcoin to a company in China and it will only cost you $1.50, try doing that with a wire transfer.
* Transactions are "final": after 3-6 confirmations you can have a great degree of confidence it won't get reversed
* Compared to Western Union or MoneyGram, it's still faster and cheaper
But in its current state, bitcoin is definitely not a replacement for your Visa card when buying groceries at the store. Maybe Lightning will change that though.