As for now, a orphan block is like a ancestor of a hard fork ,and it is software chosen problem.
I don't understand what you are saying here. In what way is an orphan block "like a ancestor of a hard fork"??
Topic: Maybe there must be a lot of hard forks, and there are already. (Read 915 times)
I don't understand what you are saying here. In what way is an orphan block "like a ancestor of a hard fork"??
As for now, a orphan block is like a ancestor of a hard fork ,and it is software chosen problem.
In the future,the hard forks are human chosen problems.
To understand, you may imagine that Alternative Coins such as LTC are hard forks of Bitcoin from the beginning.
So what is your choice? LTC, 0.71 Bitcoin, or maybe 0.81, 0.91, 1.01 Bitcoin?
finally, In compute we trust,right?
In the future,the hard forks are human chosen problems.
To understand, you may imagine that Alternative Coins such as LTC are hard forks of Bitcoin from the beginning.
So what is your choice? LTC, 0.71 Bitcoin, or maybe 0.81, 0.91, 1.01 Bitcoin?
finally, In compute we trust,right?
What point are you actually trying to make?
Is this a rhetorical topic?
As for now, a orphan block is like a ancestor of a hard fork ,and it is software chosen problem.
In the future,the hard forks are human chosen problems.
To understand, you may imagine that Alternative Coins such as LTC are hard forks of Bitcoin from the beginning.
So what is your choice? LTC, 0.71 Bitcoin, or maybe 0.81, 0.91, 1.01 Bitcoin?
finally, In compute we trust,right?
In the future,the hard forks are human chosen problems.
To understand, you may imagine that Alternative Coins such as LTC are hard forks of Bitcoin from the beginning.
So what is your choice? LTC, 0.71 Bitcoin, or maybe 0.81, 0.91, 1.01 Bitcoin?
finally, In compute we trust,right?
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