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  1.  5
    Les brisures de symetrie du temps.Alexandre Laforgue - 1993 - Acta Biotheoretica 41 (1-2):105-117.
    Introduction Atoms theory and symmetry theory dominated physics. Symmetry propagation and interactions verify the Curie principle. But its violation by symmetry breaking is spontaneous.Fragility is creative. An information breaks a generalized symmetry. Results on symmetry breakings are not valid for fuzzy symmetries. The breaking of a fuzzy symmetry leads only to a pour symmetry (Fig.1).
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    Les brisures de symetrie du temps.Alexandre Laforgue - 1994 - Acta Biotheoretica 42 (1):105-117.
    Introduction Atoms theory and symmetry theory dominated physics. Symmetry propagation and interactions verify the Curie principle. But its violation by symmetry breaking is spontaneous.Fragility is creative. An information breaks a generalized symmetry. Results on symmetry breakings are not valid for fuzzy symmetries. The breaking of a fuzzy symmetry leads only to a pour symmetry (Fig.1).
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    Les brisures de symetrie du tempsThe symmetry breakings of time.Alexandre Laforgue - 1993 - Acta Biotheoretica 42 (1):63-75.
    Atoms theory and symmetry theory dominated physics. Symmetry propagation and interactions verify the Curie principle. But its violation by symmetry breaking is spontaneous.Fragility is creative. An information breaks a generalized symmetry. Results on symmetry breakings are not valid for fuzzy symmetries. The breaking of a fuzzy symmetry leads only to a pour symmetry. Homogeneity breaking, and atom of time are not usual concepts. We examine in this work symmetry breakings which generate the living time.
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