- The 25 Questions about Physics for the Next 25-30 Years
- The parallels of quantum phenomena and consciousness?
- Fractal Neurodynamics and Chaos: Resolving the Mind-Brain Paradox Through Novel Biophysics
- Currently phenomenally out-worldly notions
I read in The 25 Questions about Physics for the Next 25-30 Years
"15 - The understanding of complexity in computing:
Is there something beyond the artifacts of approximations ...
16 - The construction of a quantum computer:
One with 10,000 qbits would be useful; Can we construct such a real QC .."
Quantum computer? Is there not one already? Looking for a quantum computer, but what about a chaotic computer? Chaotic computer? What? Playing with words? What kind of computer would that be? A computer that his architecture is built upon the tenets of chaos? If the word tenets, as regards to chaos make any sense. What are these tenets? Attributes or properties attached to the concept of chaos. That, what the word chaos, would bring forth in an individual's mind. What kind of thoughts would be triggered upon hearing the word chaos. It certainly is, the influence of the minute, the infinitesimal quantity upon the state presented or emerging. State presented or emerging being the output and the minute or infinitesimal, the input. And what chaos dictates about the potential influence of the minute and infinitesimal upon the emergent state, the output? It is down to the sensitive dependence on the initial conditions.
Initial conditions algorithmically determined, chipped, part of the computer hardware, upon which the selection would be based, which among the minutiae of states, would be the input which will compute the output, the emergent state.
Fractal computer architecture based on registers where values representing input states, are tested against the initial conditions algorithms, the more the fractal branches, the more of the minutiae input states can be tested. Or even, by breaking up the initial conditions algorithms into smaller ones, super/sub hierarchical levels, based on a kind of AND, OR, XOR or other gate configuration available, would increase ... the 'fractality'?
Increase in complexity? Fractal branches in several levels, all being placed in such a way that the lowest registers, fed with the input values, are directly linked to the highest level registers, carrying the values which will compute for the output states? And ensure an exponential or other increase of the population of minutiae that are tested against the initial conditions algorithms?
Initial conditions based on the problem, in seek of a solution? Reverse engineering of the chaotic processes involved? What about the other tenets of chaotically developed systems. Attractors and Lyapunov exponents, diverging and converging trajectories. Can they be incorporated in the fractal architecture, be part of the initial conditions algorithms, tweak the sensitivity sought for, in the initial conditions?
In my mind, all these thoughts follow up the blueprint of the brain, in ways that have been dealt with, in Genesis of Eden paper on Fractal Neurodynamics and Chaos: Resolving the Mind-Brain Paradox Through Novel Biophysics
"The four levels of instability link in stages, making it possible for the fractal aspect of chaotic dynamics at the global, cellular, synaptic and molecular levels to combine to provide a fractal model in which global and quantum instabilities are linked by mutual interactions of scale. Global instabilities in brain dynamics may be dynamically-linked to fluctuation of a critical neuron."
The critical neuron, representing the neuron that sensitively responds to given initial conditions, fractally connected, affects the global state of the brain, the output which determines what is perceived or conceived.
In the same post, it is mentioned
"21 - Could a computer become a creative physicist:
When will this happen; How will we train them;"
A chaotic computer built out of the blueprint of the brain, might?