Interesting. But how would that possibly 'crack the bitcoin code'?
He probably implies that this camera has to have a very strong processor in order to push these frames. Then would this processor be able to crack Bitcoin code as he said?
I don't think this would be able OP, there are much stronger computers out there and even they are not able to crack Bitcoin for 6.5 years.
My thought simply was along the lines of using split laser impulses like the camera does. If similar thinking were used with the super-fast computers, perhaps there is some way to test massive amounts of numbers all at the same time by applying the method for creating a visual image from various angles using reflected light.
I don't have any idea about how to apply this to testing multitudes of random character groups. But there is a process in this whole idea that might be able to be converted by someone who thoroughly knows both the numbers character-testing technique and the camera technique.
Perhaps I shouldn't be saying anything here. If someone listened to my posts, and took the idea to the right people, they just might be able to figure it out.
For example, fast computers simply test one set of characters after another. What if they could test them in such a way that for any given set of characters being tested, an extended set based off each character in the original set could simultaneously be tested, using GPU combined with an ASIC combined with the laser camera process set up for characters rather than photography?I really don't know what I am aiming for, but I have a feeling that this might be able to be made to work.
Actually, if it can be done, it would be better to do it now than to wait until Bitcoin is the world currency.