The relationship between India and mathematics is not new. It goes back to the golden age between 1200 BC and 400 AD to 1200 AD when the great mathematicians of India made major contributions to the field. India has given the world the decimal system, zero, algebra, advanced trigonometry, negative numbers and much more. Mathematicians from a school in Kerala expanded trigonometry in the 15th century. This happened two centuries before the invention of calculations in Europe. The Veda texts of the Vedic period are also evidence of the use of numbers. The mathematics of the Vedic period found in most of the Vedic texts is traditional. Sanskrit is the main language in which mathematical work was done in ancient and medieval India. Not only this but the use of mathematics can also be seen in prehistoric times. Evidence of practical use of mathematics is also found in the excavations of Indus Valley Civilization such as Harappa and Mohenjo Daro. The decimal system was used in civilization for weight ratios such as 0.05, 0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100, 200, and 500. They used the most stable dimensions of BRICS in the form of 4:2:1. We had many famous mathematicians in the Vedic period, the classical period from 400 to 1200 and modern India.
Aryabhata
He wrote Aryabhata which contains the basic principles of mathematics through 332 verses. If put in simple words, Aryabhata I have given us quadratic equations, trigonometry, sine table, cosine table, versine table, spherical trigonometry, astronomical constants, arithmetic, algebra etc.
Pingla
Katyayan
Katyayana was the last mathematician of the Vedic period, and he wrote the Katyayana Sulabh Sutra. He explained the calculation of the square root of 2 to five correct decimal places. He made notable contributions to geometry and Pythagorean theory.
Jaidev
Mahavira
This ninth century South Indian mathematician contributed greatly towards solving quadratic and cubic equations.
Brahmagupta
Bhaskar I
Bhaskaracharya
Do you know who said that if a number is divided by zero the result will be infinity? Yes, you are right. Bhaskaracharya, also known as Bhaskara II, had given this concept. He also explained about zero, permutation and combination and Surdus.
S Ramanujam
He is a very famous mathematician of modern India. His method of studying pi is a major contribution to mathematics.

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