
Hemachandra
Who was Hemachandra?
12th-century Jain scholar, poet, writer, mathematician and polymath
Biographical data adapted from Wikipedia’s article on Hemachandra (CC BY-SA 4.0).
Biography
Hemachandra (c. 1088 – c. 1172/1173) was a remarkable Śvetāmbara Jain ācārya whose work covered many areas, including poetry, mathematics, philosophy, grammar, and history. Born as Caṅgadeva in Dhandhuka, he later became a famous polymath in medieval India and was known as kalikālasarvajña, meaning 'the knower of all knowledge in his times.' His peers saw him as a brilliant scholar with knowledge in many areas.
He joined the Śvetāmbara school of Jainism in 1110, taking the name Somacandra before becoming known as Hemacandra when he was made an ācārya. His scholarly career took off when he became an adviser to King Kumārapāla in 1125, a role that allowed him to impact both religious and political thinking. During this time, he wrote Arhannīti, a key work on politics from a Jain viewpoint, showing his skill in applying Jain ideas to government.
One of his major literary works was the Triśaṣṭi-śalākā-puruṣacarita, or the Trishashti Shalaka Purusha Charita in English, a large Sanskrit epic poem about the lives of 63 important Jain figures. This work established him as a great poet and a key historian of Jain traditions. His linguistic contributions included the Deśīnāmamālā, a lexicon of local terms that played a role in the growth of Gujarati literature, making him an important figure in the development of the Gujarati language.
In mathematics, Hemachandra made advances in combinatorics and number theory, while his Yogaśāstra gave detailed guidelines on yogic practices within Jainism. His knowledge in grammar, logic, rhetoric, and prosody showed the wide range of his intellectual interests. He spent his later years in Gujarat, continuing his scholarly work until his death around 1172-1173, leaving a legacy that influenced future scholars, poets, and religious followers.
Before Fame
Born as Caṅgadeva in the town of Dhandhuka, Hemachandra showed remarkable intelligence from a young age, earning him recognition as a prodigy by those around him. His early education probably included studies in Sanskrit literature, grammar, mathematics, and Jain scriptures, preparing him for ordination into the Śvetāmbara sect of Jainism in 1110 at 22.
He gained prominence in the intellectual environment of 12th-century western India, where scholars were supported by royal courts, blending religious and secular learning. His fame grew when he caught the eye of political leaders, leading to his role as adviser to King Kumārapāla in 1125, a position that gave him the resources and authority to explore his wide-ranging scholarly interests.
Key Achievements
- Authored the monumental Trishashti Shalaka Purusha Charita, a Sanskrit epic chronicling 63 important Jain figures
- Created the Deśīnāmamālā, a foundational lexicographic work that helped establish Gujarati as a literary language
- Served as royal adviser to King Kumārapāla and authored Arhannīti, applying Jain principles to political governance
- Made significant contributions to mathematics, particularly in combinatorics and number theory related to prosody
- Earned the title kalikālasarvajña for his encyclopedic knowledge across multiple disciplines
Did You Know?
- 01.He is credited with describing what is now known as the Fibonacci sequence in his work on prosody, centuries before Fibonacci introduced it to European mathematics
- 02.His influence was so strong that he successfully converted King Kumārapāla to Jainism, leading to the establishment of Jain principles in royal governance
- 03.The Deśīnāmamālā contains over 4,000 vernacular words with their Sanskrit equivalents, making it one of the earliest comprehensive dictionaries of regional Indian languages
- 04.He wrote in multiple languages including Sanskrit, Prakrit, and Apabhramsha, demonstrating his linguistic versatility
- 05.His mathematical work included calculating the number of possible combinations in Sanskrit prosody, contributing to early combinatorial mathematics