So are you accusing the puzzle creator of theft? Meaning he will later empty other people's wallets?
Here is another embarrassment for all the so called educated people, my post above, if you can, go ahead and solve it. 😂
Because it would be better than having a selected group to have access to the whole thing, imagine if someone had a backdoor to Bitcoin, do you know what they could do to anyone with huge stakes?
So which scenario is better? To have access to all the coins secretly and doing whatever you want, or forcing the whole system to change algorithms to stop any unauthorized access?
Not to mention, there is no such a thing as "lost" Bitcoins, because once you lose access to your keys, there is no possible way to prove that you have lost the access to your keys, therefore, any perceived lost coins, could still have owners with access to the keys, they just are not interested to reveal it. Regardless, even if they are truly lost, they are not yours to take. Period.
Well, this is all clear))
I have this question for you.
Let's say I found a key that I use as point G.
Using this, I add 1 to my search key, and I also subtract 1 to my search key. As a result, I get the same public key, one is 03 and the other is 02.
Is it possible in this case to calculate the private key I am looking for?
As far as I remember, by changing point G, as a result, we no longer add and subtract, but divide and multiply our public key? Or I was mistaken. Just knowing this, it seems to me that you can calculate the difference.
