There have been and still are, many Indian mathematicians who have made significant contributions.
Its 'vastu shashtra'..
An astronomer demonstrates that earth moves in relation to the sun
Indian have many contributions to the field of science.During 3000-1500 BCE Indian dynasties were using Wheel barrow when even wheel and axle was not introduced.During 2500-1900 BCE he first furnace was developed in India (Balakot) to make Ceramic Objects.Aryabhatta an Indian scientist introduced ZERO '0'.The Scattering of light and the reason the sky appears blue was given by C.V Raman.There are many things you cannot list them all.The thing is India and Indian scientists do have a great contribution in field of science.
The ship got to the doldrums where there was no wind.
I would say Satyendra Nath Bose was the first Indian to become internationally recognised as a theoretical physicist. He was recognised by Einstein, and gave his name to Bose-Einstein statistics, and the bosons are named for him. Lived 1894-1974, worked mostly in Calcutta and Dhaka universities. There is a Wikipedia entry under his name.
Aryabhatta who invented 0(Zero) changed the world of mathematics
The invention of zero as a mathematical concept is attributed to ancient Indian mathematicians, with the earliest recorded use found in the 5th century by Brahmagupta. He defined zero as a numeral and provided rules for its use in arithmetic operations. The concept of zero later spread to the Islamic world and then to Europe, revolutionizing mathematics by enabling the development of the place-value system and advanced calculations. This innovation laid the groundwork for modern mathematics and science.
Indian advances in mathematics, particularly concepts like the decimal system and the concept of zero, have profoundly influenced modern mathematics and science. The decimal system streamlined calculations and record-keeping, allowing for more complex mathematical operations. Additionally, Indian contributions to algebra and trigonometry laid foundational principles that underpin contemporary engineering, physics, and computer science. These innovations have enabled advancements in technology and data analysis that shape our daily lives.
Indian mathematicians of the Gupta period made important contributions. Aryabhata (AHR • yuh • BUHT • uh) was one of the first scientists known to have used algebra. Indian mathematicians explained the idea of infinity-something without an end. They also invented the symbol "0" and connected it with the idea of nothing. The Indians' invention of zero affected the study of mathematics and science. Modern technology, such as computers, would not be possible without the concept of zero. Gupta mathematicians developed symbols for the numbers 1 to 9 that we use today. In the a.d. 700s, Arab traders adopted these number symbols, or numerals. European traders later borrowed them from the Arabs. In the a.d.1200s, use of these numbers spread though Europe and replaced Roman numerals. Today, this system of number symbols is known as the Indian-Arabic numerical system.
Indian achievements in areas such as mathematics, science, and architecture significantly improved society by advancing knowledge and infrastructure. The invention of the numeral system, including the concept of zero, revolutionized mathematics and commerce, facilitating trade and economic growth. Architectural marvels like the Taj Mahal and urban planning in cities like Mohenjo-Daro enhanced cultural pride and attracted tourism. Additionally, advancements in medicine and agriculture contributed to public health and food security, fostering a more prosperous society.
It was Socrates he was Greek not Indian
Indian advances in science and mathematics have significantly shaped modern knowledge and technology. Contributions such as the concept of zero, the decimal system, and sophisticated algorithms have laid foundational elements for mathematics used globally. Innovations in fields like astronomy, medicine, and physics have also influenced contemporary scientific thought and practices. Overall, India's rich intellectual heritage continues to drive progress in various disciplines worldwide.
Aryabhata, the ancient Indian mathematician and astronomer, did not receive formal awards in the modern sense, as he lived during the 5th century CE. However, his contributions to mathematics and astronomy are highly revered, and he is often celebrated as one of the first major mathematicians in the Indian tradition. His work, particularly the "Aryabhatiya," has been influential in both Indian and global scientific communities, earning him posthumous recognition as a key figure in the history of mathematics and science. Today, various institutions and awards in mathematics and space science are named in his honor to acknowledge his pioneering contributions.
Some of the best colleges for mathematics in Tamil Nadu include the Indian Institute of Technology Madras (IIT Madras), which offers excellent programs in mathematics and related fields. Other notable institutions are the University of Madras, known for its strong mathematics department, and the Indian Institute of Science Education and Research (IISER) Tirupati, which focuses on research in mathematics. Additionally, St. Xavier's College in Chennai and PSG College of Technology in Coimbatore are recognized for their mathematics programs.
Indian Institute of Science is in Bangalore.
December 22nd
Indian Institute of Science was created in 1909.