considering that according to theoretical physics, bit of information can be stored and produced at the plank lenght!,
Reference?
for example :
http://arxiv.org/ftp/gr-qc/papers/0304/0304032.pdf One of many of course
and
http://arxiv.org/abs/arXiv:gr-qc/9403008v2Also the whole principal of theories such, as String, Super String, M-Theory is that matter is composed by strings that are on the plank size that are on 10-11 dimensions and this strings can represent a bit if not bits! of information (since these strings, like in the partical scale, they have different states that can be simulated by quantum mechanics principles.
In similar way Quantum gravity theory can give an identical result
Good point, and we can go even beyond that, considering that according to theoretical physics, bit of information can be stored and produced at the plank lenght!, and this according to many theories such String, or Quantum Gravity......
Seriously? Next you're going to posit that Satoshi used a private key based on the serial number of a $1 in his pocket. Hey, it's possible! Quick, everyone, check your $1 bills! You might have the key to Satoshis Stash!
It is pretty understandable that these theories are out of the reach of many, I myself don't understand a lot of the maths behind them when I try to go deap, but if you don't understand what I'm talking about it is better to remain silent or even better ask questions but from there to try to discredit people just because of your own ignorance, and because you disagree with them is counterproductive to say the least.
"'
Tis better to remain silent and be thought a fool, than open one's mouth and remove all doubt."
Johnson, Dr Samuel
I'll give you credit for your open-mindedness and research,
and its interesting reading.
That being said, even without understanding all the math
in the papers you posted, its clear that this stuff is
100% postulation with no empirical evidence
given to back up even the starting assumptions.
I'm done "debating" here, but I think that when you take stuff like
this and make predictions about where computers might be in
a few decades, well, no wonder you're getting resistance.