Difference between revisions of "Aryabhatta"

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(Created page with "<small>By Shri Sudheer Birodkar</small> Aryabhatta is said to have been born in 476 A.D. at a town called Ashmaka in today's Indian state of Kerala. When he was still a young bo...")
 
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<small>By Shri Sudheer Birodkar</small>
 
<small>By Shri Sudheer Birodkar</small>
  
Aryabhatta is said to have been born in 476 A.D. at a town called Ashmaka in today's Indian state of Kerala. When he was still a young boy he had been sent to the University of Nalanda to study astronomy. He made significant contributions to the field of astronomy. He also propounded the Heliocentric theory of gravitation, predating Copernicus by almost one thousand years.
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Aryabhatta was an Indian mathematician and astronomer born around 476 A.D. at a town called Ashmaka in today's Indian state of Kerala. When he was still a young boy, he had been sent to the University of Nalanda to study astronomy. He made significant contributions to the field of astronomy and was the first in the line of great mathematician and astronomer from the classical age.
  
Aryabhatta's Magnum Opus, the Aryabhattiya was translated into Latin in the 13th century. Through this translation, European mathematicians received methods for calculating the areas of triangles, volumes of spheres as well as square and cube root. Aryabhatta's ideas about eclipses and the sun being the source of moonlight may not have caused much of an impression on European astronomers as by then they had come to know of these facts through the observations of Copernicus and Galileo.
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==Aryabhatta’s contributions==
  
Aryabhatta's methods of astronomical calculations, calculating eclipses, etc were expounded in the Aryabhatta-siddhanta were reliable for practical purposes of fixing the Panchanga<ref>Panchanga is a calendar</ref>.
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Aryabhatta propounded the heliocentric theory of gravitation, predating Copernicus by almost one thousand years. When he was just 23 years old, he wrote his magnum opus ‘Aryabhattiya’, a compendium on mathematics and astronomy. His other works are ‘Aryasiddhanta’ and several treatises on mathematics and astronomy. He also found the approximate value for pi.  Aryabhatta was the first one to have propounded the earth was a sphere in the 5th century.
 
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Aryabhatta's methods of astronomical calculations, calculating eclipses, etc were expounded in the Aryabhatta-siddhanta were reliable for practical purposes of fixing the Panchanga<ref>Panchanga is a Indian calendar</ref>.  
Aryabhatta was the first one to have propounded the earth was a sphere in the 5th century.  
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==Influence on European mathematicians==
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The Aryabhattiya was translated into Latin in the 13th century. Through this translation, European mathematicians received methods for calculating the areas of triangles, volumes of spheres as well as square and cube root. Aryabhatta's ideas about eclipses and the sun being the source of moonlight may not have caused much of an impression on European astronomers as by then they had come to know of these facts through the observations of Copernicus and Galileo.
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In recognition of his contribution, India named its first series of satellites in his name.
 
==References & Citations==
 
==References & Citations==
 
{{reflist}}
 
{{reflist}}
  
 
* Sudheer Birodkar, "Ancient India's Contribution to World Culture". Reprinted with permission.
 
* Sudheer Birodkar, "Ancient India's Contribution to World Culture". Reprinted with permission.

Revision as of 13:54, 30 January 2013

By Shri Sudheer Birodkar

Aryabhatta was an Indian mathematician and astronomer born around 476 A.D. at a town called Ashmaka in today's Indian state of Kerala. When he was still a young boy, he had been sent to the University of Nalanda to study astronomy. He made significant contributions to the field of astronomy and was the first in the line of great mathematician and astronomer from the classical age.

Aryabhatta’s contributions

Aryabhatta propounded the heliocentric theory of gravitation, predating Copernicus by almost one thousand years. When he was just 23 years old, he wrote his magnum opus ‘Aryabhattiya’, a compendium on mathematics and astronomy. His other works are ‘Aryasiddhanta’ and several treatises on mathematics and astronomy. He also found the approximate value for pi. Aryabhatta was the first one to have propounded the earth was a sphere in the 5th century. Aryabhatta's methods of astronomical calculations, calculating eclipses, etc were expounded in the Aryabhatta-siddhanta were reliable for practical purposes of fixing the Panchanga[1].

Influence on European mathematicians

The Aryabhattiya was translated into Latin in the 13th century. Through this translation, European mathematicians received methods for calculating the areas of triangles, volumes of spheres as well as square and cube root. Aryabhatta's ideas about eclipses and the sun being the source of moonlight may not have caused much of an impression on European astronomers as by then they had come to know of these facts through the observations of Copernicus and Galileo. In recognition of his contribution, India named its first series of satellites in his name.

References & Citations

  1. Panchanga is a Indian calendar
  • Sudheer Birodkar, "Ancient India's Contribution to World Culture". Reprinted with permission.