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There are dozens of theories and interpretations about art and its components in hundreds of books and thousands of articles. “What is art, what is called/what is not called artwork, how should art be executed, what is aesthetic/non-aesthetic work and good/bad work?” click here to view the approaches to your questions in detail and fluently from all perspectives through teamwork!


Avicenna (Persian: ابن سینا), Abu Ali Sina (Persian: ابوعلی سینا) or "Ibn Sina" as Easterns call him (980 – June 1037) was a Persian polymath (Hezarfen / a person with extensive knowledge in many different disciplines). He is considered one of the most significant doctors, astronomers, thinkers, writers, and scholars of the Golden Age of Islam period, and a physician known as the father of polymeric (Multiple fields) early medicine.


Khwarizmi, Al-Khwarizmi, Khwarizmi (The names may differ. Persian: خوارزمی) or full name Abu Jafer Muhammad bin Musa al-Khwarizmi (780, Khwarizm - 850, Baghdad); is a Persian scientist who worked in the fields of mathematics, astronomy, geography, and algorithms. Latin translations of his works on Indian numerals introduced the decimal positional number system to the Western world in the twelfth century.

Jia Xian

Jia Xian (Simplified Chinese: 贾宪, Traditional Chinese: 賈憲, Pinyin Alphabet: Jiǎ Xiàn, Wade-Giles /Beijing Chinese: Chia Hsien; 1010-1070) was a Chinese mathematician and astronomer. Besides the fact that he succeeded in defining Pascal's triangle in the eleventh century, he made many mathematical inventions and astronomical discoveries.


Brahmagupta (Sanskrit: ब्रह्मगुप) (598 – 668 AD) was an Indian mathematician and astronomer. He has two important works on mathematics and astronomy, the theoretical “Brāhmasphuṣasiddhānta (628)” and the more practical “Khaṇḍakhādyaka (665)”. Brahmagupta is the scientist who first gave the rules for trading with zero. Since the proofs are not offered, it is not known where Brahmagupta's mathematics was derived from.


Aryabhata (Devanagari/Indian and Nepalese alphabet: आर्यभट) (476 – 550 AD) was an Indian scientist from the classical Indian traditions of mathematics and astronomy. He is the father of the Indo-Arabic numeral system, which is universally used today. His well-known works are "Aryabhatiya" and "Arya-siddhanta". It was inspired by the name of the first Indian unmanned satellite launched.


Kidinnu is a Mesopotamian scientist who lived in the fourth century BC, whose name was given to a Lunar crater with a surface area of more than Croatia (60 km2), made lots of contributions to astronomy and mathematics, and is considered the “Father of science”.


Aristotle is an Ancient Greek philosopher and scientist. He is a respectable figure in the history of philosophy and has worked in many fields. According to him, natural philosophy is the most important for philosophers. In addition to natural sciences such as physics, chemistry, biology, zoology (Animal science), botany (Plant science), psychology, political science, ethics; logic, metaphysics; history, literary knowledge, and rhetoric, he was interested in social fields such as.


Thales of Miletus (624-620 BC/548-545 BC) was an Ancient Greek philosopher and one of the Seven Sages of Greece. He is known for his belief that everything has a basic principle and his contributions to mathematics and astronomy, claiming that the Earth is a flat disk floating in a vast sea.


Anaximander from Miletus is both a natural philosopher and a nature researcher. He has made breakthroughs in both areas. He is the first person to lead science and study the universe with a different eye. Furthermore, he is considered by many scientists and historians as the “Founder of astronomy” and is the philosopher who first developed a systematic philosophical view of cosmology and the world. He was the first to introduce the term “Arkhe” to philosophy.

Liu Hui

Liu Hui (Chinese: 劉徽; pinyin: Liú Huī; 225-295 AD) was a Chinese mathematician who lived during the Wei Dynasty. His contributions, especially the narrative he wrote called "Nine Chapters on the Art of Mathematics" include a proof of the Pythagorean Theorem, theorems of solid geometry, an improvement on Archimedes' π approach, and a systematic method for deciphering linear equations in several unknowns.