Interlacing Fibonacci Squares II

Concept Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Interlacing Fibonacci Squares Telescoping Fibonacci Squares consists of two series of Fibonacci squares. In each series, the squares are superimposed at one corner, with the smaller squares lying over the larger ones. The colours are semi-transparent, allowing […]

Interlacing Fibonacci Squares I

Concept Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Interlacing Fibonacci Squares Telescoping Fibonacci Squares consists of two series of Fibonacci squares. In each series, the squares are superimposed at one corner, with the smaller squares lying over the larger ones. The colours are semi-transparent, allowing […]

Fibonacci Rectangles Galore

Fibonacci Squares The Fibonacci Squares  collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Fibonacci squares have the fascinating property that they can be composed of the next two smaller Fibonacci squares and two Fibonacci rectangles. (The side lengths of a Fibonacci rectangle are two consecutive Fibonacci numbers.) The smaller Fibonacci squares […]

Telescoping Fibonacci Squares IV

Concept Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Telescoping Fibonacci Squares Telescoping Fibonacci Squares is a series of nested Fibonacci squares, one small square above the next larger one. The larger one thus becomes the frame of the smaller one. Due to the law of […]

Telescoping Fibonacci Squares III

Concept Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Telescoping Fibonacci Squares Telescoping Fibonacci Squares is a series of nested Fibonacci squares, one small square above the next larger one. The larger one thus becomes the frame of the smaller one. Due to the law of […]

Telescoping Fibonacci Squares II

Concept Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Telescoping Fibonacci Squares Telescoping Fibonacci Squares is a series of nested Fibonacci squares, one small square above the next larger one. The larger one thus becomes the frame of the smaller one. Due to the law of […]

Telescoping Fibonacci Squares I

Concept Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Telescoping Fibonacci Squares Telescoping Fibonacci Squares is a series of nested Fibonacci squares, one small square above the next larger one. The larger one thus becomes the frame of the smaller one. Due to the law of […]

Fibonacci Twin Galaxies

Concept Fibonacci Squares and Stars The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. The stars are formed from the squares by cutting out quarter circles at the four corners, which touch each other in the middle of the side of the square. This gives the stars very sharply converging […]

Fibonacci Finds Mondrian

Concept Fibonacci Squares and Rectangles The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. The squares are filled with Fibonacci rectangles whose height and width are two consecutive Fibonacci numbers. Fibonacci Finds Mondrian Fibonacci Finds Mondrian is a tribute to the Dutch painter Piet Mondrian (1872-1944), a master and pioneer of abstract […]

Titillating Tilt

Fibonacci Squares The Fibonacci Squares collection shows arrangements of Fibonacci squares whose side lengths are Fibonacci numbers. Titillating Tilt Titillating Tilt is a series of colorful, nested Fibonacci squares, a small one within the next larger. The larger becomes the frame of the smaller. Due to the law of Fibonacci numbers, the frame width is […]