Although Indians had the tradition of analytical thinking, Indian mathematicians also learnt from the works done in Babylon, Greece and Rome, economist Amartya Sen said here today.
“To be sure there was an Indian tradition of analytical thinking. The golden age of Indian mathematics changed the face of mathematics in the world. And later, the Indian mathematicians were directly inspired from the work done in Babylon, Greece and Rome”, Sen said at the Infosys Science Foundation here.
The Nobel laureate said that with stellar outbursts of mathematical work in India, Indians also learnt a lot of theorems, proofs and rigorous mathematical reasoning from the Greeks, the Romans and Babylonians.
Check out what Shashi Tharoor has twitted about this:
Greek saying, via @MaretStella: “We gave the light to civilization but forgot to keep the matches”. Applies to India too!
— Shashi Tharoor (@ShashiTharoor) January 5, 2015
“There is no shame in learning from others, and to put them in good use and then going to create knowledge, new understanding and thrilling novel ideas and results,” he said.
. @JuzSci I didn’t say Indians got it first. I just said they got it before Pythagoras. So did the Babylonians, even earlier. — Shashi Tharoor (@ShashiTharoor) January 5, 2015
Giving an example, he said, in trigonometry, the concept of ‘sin’ was conceived by Indian mathematician Aryabhatta. But it was an Italian mathematician who gave the Latin name ‘sinus’ which later became ‘sin’.
He said Indian research was deeply influenced by the knowledge of foreign works, and also Indian mathematics influenced mathematical work in countries like Greece, Rome and Baghdad.
Also read: Now, Congress’ Shashi Tharoor supports BJP’s Harsh Vardhan over ancient India’s claim to Algebra, Pythagoras’ theorem
What was cause for admiration was what not Indian mathematics did in splendid isolation, but what it did by international and inter-regional exchange of ideas, Sen said.
The Infosys Science Foundation gave away prizes in the fields of mathematical sciences, physical sciences, life sciences, humanities, social sciences and computer and engineering sciences.