Roberto de Paolis

Roberto de Paolis

Como (Italy) / Architect
Roberto de Paolis
Altre idee da Roberto
<3 Geometry

<3 Geometry

OHGRAVY

OHGRAVY

De Symmetria. . . and Underweysung der Messung - 1538 - Dürer, Albrecht

De Symmetria. . . and Underweysung der Messung - 1538 - Dürer, Albrecht

Albrecht Dürer - De Symmetria, 1538 - A plate from the Four Books / Sacred Geometry ..... Daß ist der Schneck auß dem grund gezogen mit allen nottürfftigen linien darauß er gemacht wirder ... ;-)) ... 500 Jahre altes Deutsch ..... 500 year old geman - http://www.rarebookroom.org/Control/duruwm/

Albrecht Dürer - De Symmetria, 1538 - A plate from the Four Books / Sacred Geometry ..... Daß ist der Schneck auß dem grund gezogen mit allen nottürfftigen linien darauß er gemacht wirder ... ;-)) ... 500 Jahre altes Deutsch ..... 500 year old geman - http://www.rarebookroom.org/Control/duruwm/

strucure interne

strucure interne

Tondi, Matteo (1817-1823)

Tondi, Matteo (1817-1823)

Rafael Araujo - Fibonacci Dodecahedron

Rafael Araujo - Fibonacci Dodecahedron

montaje de estructuras en Tenerife - Barandilla - Eco Steel estructuras

montaje de estructuras en Tenerife - Barandilla - Eco Steel estructuras

About the Golden Ratio: The Golden Ratio can be illustrated within special dimensions of Sprials, Triangles and Rectangles where the ratio of the length of the short side to the long side is .618, was noted by ancient Greek architects as the most visually pleasing rectangle and its dimensions were used to construct buildings such as the Parthenon.

About the Golden Ratio: The Golden Ratio can be illustrated within special dimensions of Sprials, Triangles and Rectangles where the ratio of the length of the short side to the long side is .618, was noted by ancient Greek architects as the most visually pleasing rectangle and its dimensions were used to construct buildings such as the Parthenon.

In May 1949, LIFE Magazine published a reimagination of the periodic table of elements as a colorful spiral.

In May 1949, LIFE Magazine published a reimagination of the periodic table of elements as a colorful spiral.