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Metafora a zjawisko chiralności

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The paper attempts to demonstrate that metaphor fits in A. Kudra’s theory of conceptual pairness, and that it is a chiral object which contains two levels of chirality represented by asymmetric juxtapositions: source domain – target domain (the source domain is a distorted reflection of the object, i.e. of the target domain, which causes a shift in the perception of the source domain), and literal meaning – metaphorical meaning (object – reflection). These features make metaphors an important means of constructing a distorted vision of reality, hence also a chiral object, represented by the sender’s linguistic image of the world. In the case of metaphor, it is important that the sender uses linguistic means, or illusion markers in J. Płuciennik’s terms, which indicate the metaphorical character of the utterance and make it easier for the receiver to realize that what they are dealing with is an asymmetric reflection of the literal meaning, and which allow the sender to distance him or herself from the metaphor if it is perceived as inappropriate.
EN
An original hypothesis of the origin of life in an atmosphere of ancient Earth is proposed. It is shown that the atmospheric conditions of ancient Earth had been beneficial not only for initial abiogenic synthesis of organic monomers, but also for their polymerization and decomposition of protobiopolymers. Protobionts are particles of water aerosol the size of 1–10 microns. The proposed hypothesis can tie together all relevant facts on the early Earth’s history, antiquity and ecology features of methanogenic Achaea, the small size of prokaryotes, the discovery of fossilized prokaryotes in meteorites and others. The hypothesis provides an opportunity to consider the evolution of all principal components of the cell in a continuous relationship with each other and with the environment, from the earliest stages of the origin of life. According to the proposed hypothesis, the origin of life can be considered in conjunction with the development of formation of biogeochemical cycles as a natural process, which is an integral part of the birth of planets.
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