The present book, Indian Knowledge Systems: Astronomy, is an attempt to present the depth, continuity, and scientific sophistication of India's astronomical heritage within a coherent academic framework. Indian astronomy represents one of the world's oldest continuous traditions of systematic observation and theoretical reflection on celestial phenomena, rooted deeply in the cultural, philosophical, and intellectual history of the subcontinent. From the earliest Vedic references to timekeeping and celestial order, Indian astronomy evolved as a discipline that combined careful observation with mathematical reasoning. The tradition developed indigenous methods to understand planetary motion, eclipses, solstices, equinoxes, and the structure of time itself. These ideas were not abstract alone but were closely connected to practical needs such as agriculture, navigation, ritual observance, and societal organization. A distinctive feature of Indian astronomical knowledge is its integration with mathematics. Concepts such as trigonometric functions, sophisticated numerical systems, and approximation techniques were developed to support astronomical calculations. These mathematical innovations reveal a high level of analytical thinking and problem-solving ability that informed predictive accuracy over long periods. This book also emphasizes the role of classical astronomers and scholarly lineages who preserved, refined, and transmitted astronomical knowledge through treatises, commentaries, and teaching traditions. Their works demonstrate a balance between theoretical modeling and empirical validation, reflecting a mature scientific culture. Equally important are the instruments, observatories, and measurement practices developed in India. Indigenous devices and monumental observatories illustrate how observation-based science was institutionalized and supported by state and society at different historical moments. The text further explores how Indian astronomy interacted with other knowledge systems, influencing and being influenced by Islamic and European scientific traditions. Such exchanges underline India's role in the global history of science and knowledge transmission. This book seeks to highlight the contemporary relevance of Indian astronomical knowledge. By situating traditional insights alongside modern scientific perspectives, it aims to inspire renewed research, interdisciplinary dialogue, and informed appreciation of India's intellectual heritage within education and scholarship.
Dr. Diwakar Tripathi has taken degree of M.A. and PhD from Chaudhary Charan Singh University, Meerut, U.P. He has participated in a number of national and international seminars, conferences and workshops where he presented his research papers. His many papers have already published in various journals and proceedings. Currently he is working as Assistant Professor in the Department of History, Culture and Archaeology at Dr. Ram Manohar Lohiya Avadh University, Ayodhya, Uttar Pradesh.
The book Indian Knowledge Systems: Astronomy presents a comprehensive and scholarly exploration of India's rich and continuous astronomical tradition, tracing its development from Vedic times to the early modern period. It highlights how astronomy in India was not an isolated scientific pursuit but an integrated discipline closely linked with mathematics, philosophy, ritual practices, agriculture, and social life. The book examines foundational texts such as the Vedanga Jyotisa, Siddhantic treatises, and Puranic literature to explain indigenous concepts of time, cosmology, planetary motion, and calendrical systems. Emphasis is placed on observational precision, mathematical ingenuity, and the use of indigenous instruments and observatories, demonstrating the scientific rigor underlying Indian astronomical knowledge. The work also discusses contributions of classical astronomers, methods of eclipse prediction, trigonometric innovations, and the preparation of the Panchanga. In addition, the book reflects on the transmission of this knowledge across regions and cultures, and its influence on global scientific traditions. By bridging traditional insights with contemporary scientific perspectives, Indian Knowledge Systems: Astronomy underscores the enduring relevance of India's astronomical heritage for modern education, research, and cultural understanding.
Horoscopes (220)
Medical Astrology (56)
Nadi (49)
Numerology (71)
Original Texts (279)
Palmistry (65)
Planets (304)
Romance (37)
Vastu (130)
Vedic Astrology (143)
हिन्दी (16)
Send as free online greeting card
Email a Friend
Visual Search
Manage Wishlist