It is not certain that Qdroids can be built with current technologies.
The number of quantum bifurcations to consider could be so large that it overwhelms the capabilities of any current device by many orders of magnitude., even for the simplest examples that can be conceived.
But maybe there is some possibility and we are thinking about it. We aim to at least define the design terms, develop some ideas and prepare guidelines for the future.
Il meccanismo fondamentale
To have a common starting point, listen this video by prof. Anselmi, especially with regard to the part that explains the functioning of the brain and the Q1 and Q2 zones.
UNDER CONSTRUCTION
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PRINCIPLES FROM “Let The Dice Play God”
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Quantum bifurcation chains
Sistemi di Q-learning
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Q-learning system L is a structure capable of
1) perceive from the outside world;
2) making quantum choices;
3) act on the outside world;
4) compare perceptions and evaluate them according to criteria;
5) change;
6) keep the memory.
Q-structures of arbitrary complexity can be built by combining the systems described above and create, eg, networks of interconnected Q-learning systems, where each unit evaluates and modifies the surrounding units. Such networks can collect, evaluate and memorize a large number of experiences and improve rapidly thanks to the fine-tuning of probability distributions towards responses that produce more favorable consequences.
UNDER CONSTRUCTION