Essay topic- About any Great Sanskrit Scholar their life & work as well as Ancient Indian Science & Technology.
Answers
Answer:
Aryabhata is a famous ancient Indian Sanskrit scholar. The essay below provides information on his life, career, and ancient Indian science and technology.
Explanation:
Aryabhata was the first mathematician to discover "0" and "pi." A brilliant mathematician from Bihar who flourished during the time of the Gupta empire. He was a fervent adherent to Hindu customs and the teachings of the Bhagavad Gita had a significant impact on him. Along with a skilled physicist and astronomer, he created the number system. His ground-breaking mathematical theories altered how people now view science. He discovered the formulas for sphere volume and triangle area.
He was born in Aryabhata, Bihar, and flourished at Kusumapura, which is close to Pataliputra, the Gupta dynasty's then-capital. One of the most productive mathematicians and astronomers ever to live on Earth, Aryabhatta had a profound impact on the astronomical history and culture of the Indian subcontinent. A few thousand years later, the West validated Aryabhata's original theory that the Earth is flat and round. Given that he did not have access to any science or modern technology, this helps to explain his amazing discernment and how far-reaching his ideas were. If equations were not built on trigonometric basis, consider the results.
ARYABHATTA'S WORKS: His work Aryabhatiya has a surprising number of mathematical calculations and procedures that are still used today. It covers quadratic equations, algebra, trigonometry, arithmetic, and fractions. Four chapters—Gitikiapada, Ganitapada, Kalakriyapada, Golapada, and others—make up the 108-verse book. This sutra literature was uncovered by his student Bhaskara I.
Arya-Siddhanta also contains astronomical calculations that Varahamira, Bramhagupta, and Bhaskara lost and then found again. The third Al-nanf advancement of Aryabhata that was translated into Arabic was listed by the Persian scholar and Indian chronicler Al-Biruni.
Aryabhatta's Contributions - Mathematical Discoveries
Aryabhatta's reputation and influence come from a number of ground-breaking accomplishments. His development of the place value system served as the foundation for the zero number in mathematics, which does not require further explanation. He achieved success with the Pi approximation and came to the conclusion that it was unreasonable. This was unique since no other mathematical genius had ever attempted it before him, and even now, the brightest minds are still baffled by his techniques. He discovered that Pi could be used to calculate a sphere's circumference. His calculation of the sphere's diameter is astoundingly brilliant.
Aryabhata never employed Brahmi numerals in his calculations; instead, he used the letters of the alphabet to represent the numbers he needed. His trigonometric analyses calculate the triangle's surface area. Along with complex indeterminate and algebraic equations like series and cube summation, Aryabhatta also created Diophantine equations.
Aryabhatta Knowledge University (AKU), Patna was established by the Bihar government to create and oversee educational infrastructure relating to science, medicine, management, and allied professional education in his honour. Both the lunar crater and India's first spacecraft bear his name. He is also known as Bacillus Aryabhatta, after a bacterial species that ISRO scientists found in the stratosphere in 2009 and the inter-school Aryabhatta Maths Tournament. Aryabhatta has been lauded as a "pathfinder and trailblazer" in mathematics by every significant mathematician and academic. His lasting accomplishments have cemented India's unique position in the number puzzle.
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