Bhaskaracharya

Mathematician and astronomer Sage Bhaskaracharya is well-known. He has published a number of books and proposed a number of ideas in math and astronomy that are even older than many other discoveries and inventions made by western scientists. He has demonstrated a number of theorems, similar to Pythagoras. He gave numbers, such as quadrillion and even more, new names. He has written a number of books on quadratic equations. His calculus works are regarded as highly intellectual. He recommended that the earth isn't level, and, surprisingly, upheld his thoughts with a few hypothesizes. He even provided the proposed orbital distance and the distance between each planet. He was in charge of India's educational hub, the "Astronomical Observatory in Ujjain." He has carried out his calculations and experiments with a variety of instruments. He emphasized that "Mind" is the great master and that it could use its mind to carry out a number of research and experimentations.

Sage Bhaskaracharya was born Ganesh Daivadnya. Due to his high intelligence, he was also known as "Ganakchakrachudamani." Through his writings, it has been discovered that his father Maheshwar instructed him in astronomy and mathematics. Bhaskaracharya lived in a Vijjadveed hamlet. Unfortunately, Vijjadveed is not currently accessible. He was exposed to a number of great sciences, the Vedas, and other texts when he was young. He went through severe austerity while also learning about astronomy and math. As a result, he discovers that the Lord's blessings have made him a great sage.He conducted extensive research and published numerous books on geometry, algebra, and arithmetic. One of the earliest books on mathematics, Lilavati and Bijaganita are regarded as unparalleled and demonstrate his intelligence. He added to Brahmagupta's knowledge of number systems. Numerous languages were used to translate his books.
One of his treatises, "Siddhant Shiromani," discusses planetary positions, astronomical equipment, eclipses, cosmography, and mathematical methods. Even before the great scientist Newton discovered gravity, he put a lot of emphasis on the concept of gravity in his book "Surya Siddhant." He has made numerous contributions to the field of astronomy. He went over the positions of the planets, the solar and lunar eclipses, and the conjunction of the planets with other austral bodies in great detail. He provided a variety of seasonal explanations and limited astronomical calculations. Conclusion: It is essential to keep in mind that his discoveries had a significant impact on math and astronomy. It is likewise essential to take note of that numerous westerners did broad exploration on his works, which prompted a few wonderful developments of science and maths. The evidence that they were able to calculate and forecast for several millennia is the Indian Almanac. They were only able to demonstrate progress when Europeans switched from roman numerals to the decimal system. The numerous works demonstrate that he calculated the distance between celestial objects using a variety of instruments. He has also improved as a poet and a great scholar who can think outside the box.