A NEW CONCEPTION OF LIVING ORGANISMS AND ITS REPRESENTATION VIA LIE-ADMISSIBLE H_v-HYPERSTRUCTURES

摘要

Recent studies have confirmed Einstein's 1935 legacy implying that quantum mechanics and chemistry are "incomplete" theories in the sense of being excellent for the description of systems composed by point-like constituents under potential interactions (such as the atomic structure), but said theories are "incomplete" for the description of complex time-irreversible systems of extended constituents with internal non-potential interactions (as expected"in a cell). Sadi verifications were achieved thanks to the prior "completion" over the past half a century of quantum theories into the covering hadronic mechanics and chemistry with a time irreversible Lie-admissible structure. In this paper we present, apparently for the first time, a new conception of living organisms, solely permitted by the verifications of Einstein's legacy, composed by a very large number of extended wavepackets in conditions of continuous mutual penetration/entanglement and, therefore, of continuous communications via contact non-potential interactions. Due to the extremely large number of constituents and the extreme complexity of the multi-valued internal communications, in this paper we introduce, also apparently for the first time, the representation of the indicated new conception of living organisms via two hyperbimodular, Lie-admissible H_v-hyperstructures, the first with all hyperoperations ('hope') ordered to the right and the second with all hopes ordered to the left. The irreversibility of living organisms is represented by the inequivalence of the left and right hopes. The extremely large number of internal communications is represented by the extremely large number of solutions of the indicated hopes. We close the paper with the indication that new medical diagnostics and treatments are expected in the transition from the current quantum chemical conception of living organisms as collections of isolated point-like constituents to the indicated new conception.