Statua di Leonardo Fibonacci nel Camposanto di Pisa. |
Successione di Fibonacci e approssimazione alla sezione aurea |
Un foglio del manoscritto su pergamena del Liber abbaci conservato nella Biblioteca Nazionale Centrale di Firenze (Codice magliabechiano Conv. Soppr. C 1, 2616, fol. 124r), contenente nel riquadro a destra le prime tredici cifre, in numeri arabi, della cosiddetta "successione di Fibonacci". |
Il volo dei numeri di Mario Merz, un'installazione luminosa sulla Mole Antonelliana, rappresenta la successione di Fibonacci |
Girasole - Sunflower |
Aeonium tabuliforme |
Conchiglia di nautilo |
Immagine al microscopio di un'ovaia di Anglerfish (Rana pescatrice) |
Cancer cell division. This composite confocal micrograph uses time-lapse microscopy to show a cancer cell (HeLa) undergoing cell division (mitosis). The DNA is shown in red, and the cell membrane is shown in cyan. The round cell in the centre has a diameter of 20 microns. Credit Kuan-Chung Su, LRI |
Jean-Claude Perez discovered a DNA supracode controlling the self-organization of the nucleobases Thymine, Cytosine, Adenine and Guanine (T,C,A,G), which make up the steps in the double helix ladder of DNA. He discovered if you consider 144 contiguous nucleobases it results from 55 T bases and 89 C A G bases, all Fibonacci numbers. These resonances extend to the ratios of the Atomic Weights of the Bio-Atoms of Carbon, Oxygen, Nitrogen and Hydrogen that create the nucleobases of T C A G, such that the ratios of atomic weights in strands considered to be ‘junk DNA’, that is DNA which could not be translated into genetic information or related to known protein synthesis, were equal to Phi, the Golden Ration of 1.618. |