Lama said:
Can we say that non-linear fabric of space/time (n_Dim fabric that is curved toward n+1_Dim)
is an anti-entropic zone?
And if so, can we understand life phenomena as an anti-entropic zone that can duplicate itself?
My hypothesis is that thermodynamic entropy is actually the recombinative effects of quantum-phase entanglement in the thermodynamic direction/arrow of time.
This is also known as Shannon entropy:
http://www.gulizk.com/fizik/holographic.html
Thermodynamic entropy and Shannon entropy are conceptually equivalent: the number of arrangements that are counted by Boltzmann entropy reflects the amount of Shannon information one would need to implement any particular arrangement. The two entropies have two salient differences, though. First, the thermodynamic entropy used by a chemist or a refrigeration engineer is expressed in units of energy divided by temperature, whereas the Shannon entropy used by a communications engineer is in bits, essentially dimensionless. That difference is merely a matter of convention.
Time is a process of flux. Flux is the rate that that a
quantity passes through a fixed axis or boundary. Resonate fluxing via position/momentum quantized feedback oscillations. Universal Resonance.
(ict)^2 + (ct)^2 = 0
f(z)
f[f(z)]
f{f[f(z)]} ... f_0{...[f_n]}
1. With a little earnest thought, one realizes that the concept of randomness is logically absurd.
2. The laws of physics are time independent. They hold for all frames of reference.
3. Also, even if ...physical randomness is true, physical randomness would not exist without time, or "change" - from one state to the next.
4. If the physical laws are time independent then the physical laws, by definition, did not arise "randomly".
5. The laws of physics are a set of organizing principles.
6. The only true example we have of an organizing principle is that of a "MIND"
7. The universe came from a MIND.