@article{education20197114,
author={Janecka, Ivo P.},
title={From a Quantum State to a Quantum State. Life as a Temporary Emergence of a Differentiated Physicality},
journal={American Journal of Educational Research},
volume={7},
number={11},
pages={764--779},
year={2019},
url={http://pubs.sciepub.com/education/7/11/4},
issn={2327-6150},
abstract={Introduction: Neither Life nor a quantum state are isolated phenomena; both are inter-related systems with mutual dependency and shared doctrines. Material/Method: Public domain records were searched for identifiable observations that were considered relevant to Life principles of systems science; similarities with quantum space-time were explored. Results/Conclusions: A quantum state has directionality within its cycle, from a very long expansion/inflation to a very short contraction/deflation through singularities of reversals in a Black Hole, all followed by a new Big Bang with a new inflationary phase. Living systems represent recapitulation of their evolutionary history and carry it within own coded genome. Sun, Earth, and Life are estimated to have emerged almost simultaneously, within a plateau of about 600 million years (4.6-4 billion years ago), at the transition from the inflationary/expanding quantum state of the Universe to the deflationary/contracting one with the appearance of a definable manifestation of quantum system¡¯s output, the emergence, in the physicality of Sun, Earth, Life, etc. Life has its own Big Bang, symbolized by the unwinding of the nuclear DNA spiral during embryogenesis; within its scale, it is just as massive and rapid as the inflation following the Big Bang in the Universe that is generally dated to about 14 billion years ago. A pathway is also explored to consider ¡®how we know that we know¡¯, an outcome of translation of signal processing to cognitive understanding that impact measurements and observations.},
doi={10.12691/education-7-11-4}
publisher={Science and Education Publishing}
}