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It is possible, as proposed by mathematical historian Radha Charan Gupta, that the geometry was developed to meet the needs of ritual. [13] Some scholars go farther: Staal hypothesizes a common ritual origin for Indian and Greek geometry, citing similar interest and approach to doubling and other geometric transformation problems. [ 14 ]
Swastika vihara: excavated in the 1950s, the aerial view of this monument's layout reminds of the swastika sign. This site yielded a Buddha statue and metallic idols relating to the Buddhist era. Along with Buddha was the image of Padamapani carrying a fly whisk. [12] An excavated Sirpur Shiva temple
Dinanath Batra had conducted a lengthy campaign for the inclusion of Vedic Maths into the National Council of Educational Research and Training (NCERT) curricula. [26] Subsequently, there was a proposal from NCERT to induct Vedic Maths, along with a number of fringe pseudo-scientific subjects (Vedic Astrology et al.), into the standard academic ...
In 1945, Shri Abhinava Sachchidananda Tirtha was nominated to the position. Before assuming his position at Dwarka, Abhinava was the head of the Mulabagal Math in Karnataka, which was the 17th century branch of the Dvaraka Math. As a result, the cumulative lineage of Mulabagal Math was merged with Dwarka when Abhinava took office there.
The museum houses a collection of relics of Buddhist culture and art These include a small tooth and an ear-ring believed to be that of Gautama Buddha. The main stupa of Nagarjunakonda named Mahachaitya is believed to contain the sacred relics of the Buddha. A partly ruined monolithic statue of the Buddha is the main attraction at the museum.
The Ten Stages Sutra (Sanskrit: Daśabhūmika Sūtra; simplified Chinese: 十地经; traditional Chinese: 十地經; pinyin: shí dì jīng; Tibetan: འཕགས་པ་ས་བཅུ་པའི་མདོ། Wylie: phags pa sa bcu pa'i mdo) also known as the Daśabhūmika Sūtra, is an early, influential Mahayana Buddhist scripture.
The Minor Rock Edict were written quite early in the reign of Ashoka, from the 11th year of his reign at the earliest (according to his own inscription, "two and a half years after becoming a secular Buddhist", i.e. two and a half years at least after the Kalinga conquest of the eighth year of his reign, which is the starting point for his gradual conversion to Buddhism).
Indian mathematics emerged in the Indian subcontinent [1] from 1200 BCE [2] until the end of the 18th century. In the classical period of Indian mathematics (400 CE to 1200 CE), important contributions were made by scholars like Aryabhata, Brahmagupta, Bhaskara II, Varāhamihira, and Madhava.