IKS05 Indian Siddhantam: Ancient Wisdom, Modern Science

Indian Siddantham and its Contributions

This source emphasizes the scientific and practical nature of "siddantham" (Indian knowledge systems), arguing that it extends far beyond mythology and religious texts. It highlights contributions to mathematics, medicine, physics, and other fields, often preceding Western discoveries.

I. Influence and Evolution of Indian Siddantham

• Global Reach and Continuity: The source traces the influence of "aryabhattiyam siddantham" from its impact on the Islamic Golden Age and the House of Wisdom in Baghdad, to its eventual return to Kerala, India. Here, its study by scholars like Madhava "led to the birth of calculus at Thrissur kerala."
• Beyond Mythology: A core theme is the assertion that the "Indian knowledge system was not just about mythological stories, gods, and rule books." The text claims that "God and mythology and all about various rules and smritis represent just 15% of our documentation and the remaining 85% is all about the various siddantham, science and about the skills." It critiques the "Macaulay system" for having "completely ignored these contributions from Indian scientists."

II. Major Contributions and Key Figures

A. Physics and Atomic Theory (Kaanada/Kashyapa - 4th Century BC)

• Atomic Theory ("Anu"): The saint Kaanada (also known as Kashyapa), around 2600 years ago, developed a theory about the universe. He proposed that "when we keep on dividing every matter in this universe, the smallest particle of every matter is the same and it is similar to our brahmanda or solar system." He named this smallest particle "Anu" (which the source equates to the modern "atom"), stating, "God is nothing but this Anu."
• Vaisheshika Sootra: Kaanada's theory was presented in his "siddantha called vaisheshika sootra." This work is described as "the physics of today," providing a "clear picture of nucleus, electron and protons" and proposing "that motion exists in every particle as revolutions of electrons." It also "defined kinetic and potential energy."
• Early Recognition and Later Validation: The source states that Kaanada's ideas were initially met with skepticism, with only "Democritis a Greek scientist who was born after 200 years" offering similar thoughts. However, it argues that "Only after Dalton theory on atoms [in 1810], we understood the importance of vaisheshika sutra."

B. Preventive Medicine and Mind-Body Control

• Controlling Involuntary Actions: Kaanada's primary motivation for exploring atomic theory was to understand if "by any means, we can have control over our involuntary actions." He proposed a "cell theory of humans" suggesting that if we "develop a means to talk to these anus that is generated in our body, then we can communicate with the cells of our body and in turn we can control the involuntary actions that happens in our body."
• Vedavyasa and Yoga Sutra (Neuroscience and Chakras): Maharshi Vedavyasa, in his Yoga Sutra, is credited with describing "how the brain works and how we can control the process of intelligence" approximately 4000 years ago, predating 19th/20th-century medical innovations like neurogenesis and neuroplasticity.
• Seven Chakras: Vedavyasa's siddantham identifies "seven energy points in our body which are called as seven chakras," asserting that "By concentrating our mind on these chakras... we can establish connection with them and through them we can control the inner involuntary actions of our body."
• Neural Sensors and Intelligence: He also proposed that "neural sensors which trigger neurogenesis and neuroplasticity are present at the tip of our fingers In hour hands and legs." By combining chakra concentration with gentle pressing of these sensors, one could "trigger the process of neuroplasticity which in turn helps us to be more intelligent."
• Sandyavandana as Neural Exercise: Vedavyasa prescribed specific "aasanas and meditation principles" for learners, detailed in his Yoga Shastra. This practice, known today as "Sandyavandana," involved timed exposure to sunlight:
• Morning (Gayathri/Vitamin D): "The rays that falls on the man in the early morning from the sun contains a specific brain triggering component. Vedavyasa named it as Gayathri and today medical science calls it as Vitamin D." This time was for new learning as it enhanced neurogenesis.
• Afternoon (Savithi/UV Radiation): Exposure to "ultraviolet radiation" (termed "Savithi") with postures was for "recalling our old learning or what we call as abhyaasa prakriye," triggering neuroplasticity.
• Evening (Saraswathi/Infrared): "Special infrared radiations" (termed "Saraswathi") at sunset, combined with meditation, "creates myelin sheaths in neuron cells and triggers neuroplasticity which will help us to cement our learning permanently in our brain."
• The source explicitly states: "Yoga shastra siddantham of Vedavyasaru was not some superstitious practice of a particular caste in hindu community. But It was the neural exercises proposed by Vedavyasaru to trigger our brain for learning."
• Patanjali Yoga (1st Century AD): Patanjali, described as a "Dravidian born in Chidambaram of Tamilnadu," further developed Vedavyasa's work into "a complete set of postures and procedures to communicate with the cells of our body and control our human involuntary actions." This is identified as "the first ever physical exercise or the gymnasium opened in 1st century AD."

C. Metallurgy and Alchemy (Nagarjuna)

• Rasendramangalam and Rasayana: The philosopher Nagarjuna is credited with introducing "his siddantham of rasendramangalam," which presented "the art of purifying metals and led to the birth of a new field called alchemy." This "rasayana was all about metallurgy," leading to the purification of "gold, diamonds and stones."
• Diamonds: The source claims "The world’s first diamond was extracted from the sands of Guntoor in Andhrapradesh" (from 9000 BC to 18th century). Nagarjuna's work "gave birth to a particular community of people in india who by birth were skilled in cutting diamonds," eventually settling in Surat, Gujarat, and migrating to Antwerp, Belgium.

D. Other Notable Contributions

• Business Management (Chanakya's Arthashastra - 376 BC): "Chanakya published the siddantham called arthashastra which is the first ever documented material about business management and commerce."
• Astronomy and Calendar (Varahamihira's Pancha Siddantha - 505 BC): "Another sage varahamihira published pancha siddantha about astronomy. The world’s first calendar was made available through this siddantham in the name of panchaanga."

III. Educational Philosophy and Modern Relevance

• Gurukul System: The source argues that the "Indian knowledge system and gurukul is not just about reciting mantras and performing rituals. It has all the brances of science and technology hidden in it in the form of various siddanthams."
• National Education Policy: The text concludes by stating that a main goal of the "new national education policy" is to "introduce these siddanthams of great scientists of india. Like kaanad, sushruta, varahamihira, Nagarjuna, Patanjali, charaka, madahva and they were no way inferior to western scientists like Einstein, newton and Edison." It aims to make students "understand the greatness of the forgotten geniuses of our land."

Summary of Main Themes:

• Reclamation of Scientific Heritage: The primary theme is to reframe Indian knowledge systems as fundamentally scientific and practical, rather than solely mythological or religious.
• Precedence of Discoveries: The source repeatedly highlights instances where Indian scholars and their "siddanthams" predated Western discoveries in fields like atomic theory, calculus, neuroscience, and metallurgy.
• Holistic Approach to Well-being: There's a strong emphasis on preventive medicine, mind-body control, and the idea that ancient practices like Yoga and Sandyavandana were sophisticated neural exercises aimed at enhancing human potential and health.
• Critique of Colonial Misrepresentation: The text implicitly and explicitly criticizes historical narratives (e.g., "Macaulay system") that downplayed or ignored these contributions, leading to a distorted view of India's intellectual history.