# The ideal response to — who created the mathematics of Islamic art?

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Islamic artists themselves created the mathematics behind Islamic art.

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Islamic art is characterized by intricate geometric patterns, intricate calligraphy, and the use of bright colors. These patterns and designs are not random but are governed by strict mathematical principles. Islamic artists themselves created the mathematics behind Islamic art. They used these principles to create art that is both aesthetically pleasing and highly symbolic.

According to Islamic tradition, geometry is considered a sacred activity that reflects the underlying unity of the universe. As a result, Islamic artists sought to create designs that reflected this unity. They used a variety of geometric shapes, including squares, triangles, and circles, to create intricate patterns that could be repeated indefinitely.

The principle behind Islamic art is that of tessellation, which is the repetition of a single shape without any gaps or overlaps. Islamic artists used tessellation to create intricate geometric patterns that are beautiful, complex, and highly symbolic. The use of geometry in Islamic art is not limited to just visual art, but also can be found in architecture, poetry, music, and even calligraphy.

The use of mathematics in Islamic art goes beyond just tessellation. Islamic artists also used principles such as the golden ratio, quadratic equations, and complex symmetries to create designs that are both aesthetically pleasing and intellectually stimulating. The golden ratio, for example, is a mathematical proportion that is found in nature and has been used in art and architecture for centuries. Islamic artists used this principle to create designs that are balanced, harmonious, and beautiful.

As Dr. Keith Critchlow, author of “Islamic Patterns: An Analytical and Cosmological Approach,” explains, “Islamic design reflects the harmony and continuity of the universe, and is intended to lead the viewer to an aesthetic and spiritual harmony with it.”

In conclusion, the mathematics behind Islamic art was created by Islamic artists themselves. They used a variety of geometric shapes, principles of tessellation, the golden ratio, and other mathematical concepts to create intricate patterns that are both beautiful and meaningful. The use of mathematics in Islamic art reflects the belief that geometry is a sacred activity that reflects the underlying unity of the universe.

| Interesting facts on the topic: |

| 1. Islamic art often features complex designs involving dense geometric patterns and intricate symmetry.
| 2. Islamic artists used mathematics to create these complex designs, which were intended to reflect the underlying unity and harmony of the universe.
| 3. Islamic art is not limited to just visual art, but extends to other areas such as architecture, poetry, music, and calligraphy.
| 4. The use of mathematics in Islamic art has inspired artists and designers around the world for centuries.
| 5. Islamic art has had a significant influence on the development of Western art, particularly during the Renaissance period. |

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Islamic geometric design is a sophisticated art form that originated during the 8th century CE and involves existing motifs from Roman and Persian cultures being developed into new forms of visual expression. In this video, the underlying characteristics and techniques of Islamic geometric design, as found in places such as mosques and palaces, are explained. The art form encompasses increasing levels of abstraction, complex geometry, and patterns that seem to repeat endlessly, and yet all that is required to create these designs are a compass and a ruler. Each design begins with a circle that is then divided into four, five, or six equal parts that give rise to distinctive patterns. Furthermore, the underlying grid must be an essential part of each pattern’s creation, making the pattern accurate and facilitating the invention of new designs. Lastly, the tessellation, or the repeating of patterns, is the hallmark of Islamic geometric design which serves to create a visually stunning piece of art.

Muhammad ibn Mūsā al-Khwārizmī is probably the most famous Muslim mathematician. He lived about 800-847 CE. Al- Khwārizmī was born in Qutrubull, an area near Baghdad between the Tigris and Euphrates rives, but was brought to work at the House of Wisdom by the Caliph al-Ma’mun.

Jane Norman

In 1976, Jane Norman—with help from Harry Bixler, Stef Stahl, and Margit Echols—wrote The Mathematics of Islamic Art, a groundbreaking Museum publication responding to the needs of math teachers eager to use the Museum’s resources in their classrooms.

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In 1976, Jane Norman—with help from Harry Bixler, Stef Stahl, and Margit Echols—wrote The Mathematics of Islamic Art, a groundbreaking Museum publication responding to the needs of math teachers eager to use the Museum’s resources in their classrooms.

Answer: Mathematics and art are generally viewed as very differentFrom Islamic tiling to the chaotic patterns of Jackson Pollock, we can see.There’s no simple answer to this question, but in some instances it seems very likely.until several centuries after the tiles of the Alhambra had been set in place.Explanation: I think I heard something about this, hope it helps!

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Thematic fact: Al-Khwarizmi is one of the most famous astronomers, geologist, and mathematician at the time of the Golden Era of Muslims. He is also the inventor of many mathematical methods and a branch of math, called Algebra. Furthermore, he was the first to use decimals to express the fractions.
And did you know that, Al-Khwārizmī’s teachings are considered the foundations and cornerstone of the sciences and influenced millions of learned men throughout the world. During the late Medieval period, his work on arithmetic and astronomy contributed to the system of education made up of the Seven Liberal Arts.
Interesting: Ever since he made his name present in every math book, al-Khwārizmī became one of the most popular figures in Arabic history. He was mentioned by almost every single media outlet that existed. So what’s new? The importance of his work does not lie in what he did twelve centuries ago, but to the methods he applied to produce such results.

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Hereof, Who developed Islamic mathematics? Answer will be: Perhaps the most famous mathematician was Muhammad ibn Musa al-Khwarizmi (ca. 800-ca. 847), author of several treatises of earth-shattering importance.

Besides, Where did Islamic mathematics come from?
Response will be: Islamic contributions to mathematics began around ad 825, when the Baghdad mathematician Muḥammad ibn Mūsā al-Khwārizmī wrote his famous treatise al-Kitāb al-mukhtaṣar fī ḥisāb al-jabr wa’l-muqābala (translated into Latin in the 12th century as Algebra et Almucabal, from which the modern term algebra is derived).

Just so, Who developed Islamic art?
The response is: Islamic art developed from many sources: Roman, early Christian art, and Byzantine styles; Sassanian art of pre-Islamic Persia; Central Asian styles brought by various nomadic incursions, and Chinese influences appear on Islamic painting, pottery, and textiles.

What mathematical principle is Islamic art based on? Response to this: Islamic design is based on Greek geometry, which teaches us that starting with very basic assumptions, we can build up a remarkable number of proofs about shapes. Islamic patterns provide a visual confirmation of the complexity that can be achieved with such simple tools.

Furthermore, What happened to Islamic art & geometric design? Answer: It became one of the Met’s most popular educational publications and has long since been out of print. This new iteration, Islamic Art and Geometric Design, which includes current scholarship on Islamic art as well as expanded activities developed in Museum workshops, remains indebted to Jane Norman’s work.

Regarding this, Who wrote the introduction to Islamic art?
The Introduction (pp. 131–135) is by Ralph Pinder-Wilson, who shared the catalogue entries with Waffiya Essy. ^ Baer, Eva (1983). Metalwork in Medieval Islamic Art. SUNY Press. pp. whole book. ISBN 978-0-87395-602-4. ^ Arts, 201, and earlier pages for animal shapes. ^ "Base of a ewer with Zodiac medallions [Iran] (91.1.530)".

Hereof, What arithmetic system did Islam use?
The third system was Indian arithmetic, whose basic numeral forms, complete with the zero, eastern Islam took over from the Hindus. (Different forms of the numerals, whose origins are not entirely clear, were used in western Islam.)

Also question is, What did Islamic scientists do in the 10th century?
Answer: Islamic scientists in the 10th century were involved in three major mathematical projects: the completion of arithmetic algorithms, the development of algebra, and the extension of geometry.

Simply so, When did Islamic mathematics start? Islamic contributions to mathematics began around ad 825, when the Baghdad mathematician Muḥammad ibn Mūsā al-Khwārizmī wrote his famous treatise al-Kitāb al-mukhtaṣar fī ḥisāb al-jabr wa’l-muqābala (translated into Latin in the 12th century as Algebra et Almucabal, from which the modern term algebra is derived).

Keeping this in consideration, Why did Islamic craftsmen turn geometry into art?
Islamic craftsmen turned geometry into an art form because pictures of people were not allowed in holy places. Dutchman Eric Broug – who lives in the north of England – has become a global ambassador for this design style. Here he explains why it fascinates him, and gives a step-by-step guide for a tiling of stars

Correspondingly, How did Islamic art become a form of Art?
Answer to this: One consequence of the Islamic prohibition on depicting the human form was the extensive use of complex geometric patterns to decorate their buildings, raising mathematics to the form of an art. In fact, over time, Muslim artists discovered all the different forms of symmetry that can be depicted on a 2-dimensional surface.

Keeping this in consideration, What arithmetic system did Islam use? Answer will be: The third system was Indian arithmetic, whose basic numeral forms, complete with the zero, eastern Islam took over from the Hindus. (Different forms of the numerals, whose origins are not entirely clear, were used in western Islam.)

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