Echoes of Antiquity: Rediscovering the Ancient Indian Roots of Modern AI Ontologies

For many, the story of Artificial Intelligence (AI) and the formal structuring of knowledge (Ontology) begins in ancient Greece with Aristotle’s logic. But what if we told you that hundreds of years earlier, vibrant schools of thought in ancient India were already rigorously mapping reality, defining data models, and perfecting multi-step reasoning processes?

In a fascinating presentation for the Ontology Summit, Ram D. Sriram took us on a journey beyond the Western-centric view, exploring the profound and sophisticated "Ancient Indian View of Ontologies." He argues that the foundations for current breakthroughs in AI, particularly in neuro-symbolic reasoning, were laid in India around 600 BC.

Beyond the Greek Axis: A New Prehistory of AI

Sriram positions this exploration within the current "Third Wave" of AI—a revolution defined by the symbiosis of neural and knowledge networks, also known as neuro-symbolic reasoning. While deep learning (the second wave) dominates headlines, the next frontier requires incorporating structured knowledge. To understand where we are going, we must look back.

The "paleolithic" prehistory Sriram identifies belongs to Indian philosophers working 200–300 years before Aristotle. These were not purely mystical traditions; they were rigorous, systematic philosophies (Darśanas) built to model reality and process information.

The Original Knowledge Engineers: Nyaya and Vaisheshika

Sriram highlights two specific "orthodox" (Astika) schools that align perfectly with modern knowledge representation:

1. Nyaya: The School of Process and Logic Nyaya focused on how we acquire and validate knowledge (Pratt-manas). They established four key sources of knowledge acquisition, which Sriram maps to AI input mechanisms:

• Perception: Direct sensory data (like modern sensor inputs).

• Inference: Knowledge-based or logical reasoning (AI inference engines).

• Analogy: Semantic mapping and relational reasoning.

• Testimony: Knowledge received from trusted experts (expert systems).

2. Vaisheshika: The School of Category and Substance While Nyaya focused on how to think, Vaisheshika focused on what exists. They pioneered a sophisticated data model called Padarthas (Categories of Reality). Sriram provides a brilliant mapping of these ancient concepts to modern object-oriented programming and ontologies:

• Dravya (Substance): Corresponds to an individual, instance, or class.

• Samanya (Universal): The concept of a class hierarchy (IS-A relationship).

• Guna (Quality): Attributes, properties, or data type properties.

• Karma (Action): Functions, processes, or how an object reacts.

• Vishesha (Particularity): The specific instance or URI.

The Five-Step Syllogism: Indian vs. Aristotle

Perhaps the most dramatic contrast is in the reasoning process itself. Aristotle defined the famous three-step deduction: If A implies B, and B implies C, then A implies C.

The ancient Indian tradition demanded a more robust five-step process for validation:

1. Proposition (Pratijna): State the claim (e.g., "The mountain is on fire").

2. Reason (Hetu): Provide observable evidence (e.g., "Because there is smoke").

3. Example (Udaharana): Cite a general, verifiable rule (e.g., "Wherever there is smoke, there is fire, like a kitchen").

4. Application (Upanaya): Apply the general rule specifically to the current evidence.

5. Conclusion (Nigamana): Confirm the claim.

This five-step chain forces a connection between general principles and specific, observable instances, creating a more comprehensive argument.

Multiple Perspectives and Early Atomic Theory

The talk concluded by referencing the "Nastika" (Heterodox) schools, specifically Jainism. Sriram noted how Jain philosophy emphasizes that absolute knowledge cannot be communicated with limited concepts. Every claim is relative, and there are multiple valid perspectives (perspectivism)—an idea that mirrors Topos Theory in modern mathematical logic.

Finally, during the Q&A, Sriram confirmed that these ancient systems were not just thinking macroscopically. The Vaisheshika school detailed the concept of Paramanu (atoms) as the fundamental building blocks of the physical universe, centuries before Western science confirmed it.

Conclusion

The "Ancient Indian View of Ontologies" is not just a historical curiosity. Sriram argues it is foundational knowledge. As we enter the era of neuro-symbolic computing—where data-driven neural nets must connect with rules-based logic—the insights of philosophers like Kanada (founder of Vaisheshika) and Gotama (founder of Nyaya) are more relevant than ever. They remind us that the quest to structure reality and model intelligent thought is a deep human endeavor that began long before the first computer was built.

The Afterlife Dysfunction

Scientific background on The Afterlife Dysfunction, such as similar theories and thought experiments proposed in popular interpretations of quantum mechanics:
Quantum suicide and immortality: http://en.wikipedia.org/wiki/Quantum_...
Biocentrism (cosmology): http://en.wikipedia.org/wiki/Biocentr...
Anthropic principle: http://en.wikipedia.org/wiki/Anthropi...
Capgras Syndrome: http://en.wikipedia.org/wiki/Capgras_...
Split-brain: http://en.wikipedia.org/wiki/Split_brain
The Many Worlds Interpretation: http://en.wikipedia.org/wiki/Many-wor...
The Copenhagen Interpretation: http://en.wikipedia.org/wiki/Copenhag...
Time Dilation: http://en.wikipedia.org/wiki/Time_dil...
The Blue Brain Project: http://en.wikipedia.org/wiki/Blue_Bra...
Quantum Tunneling: http://en.wikipedia.org/wiki/Quantum_...
CP Violation: http://en.wikipedia.org/wiki/Cp_Viola...
The Delayed Choice Quantum Eraser Experiment: http://en.wikipedia.org/wiki/Delayed_...

Amazing series of documentary movies investigating the nature of reality

All 4 parts of the film can be found at www.innerworldsmovie.com
Music from the film can be found at http://www.spiritlegend.com
Sacred geometry posters and products can be found at: http://www.zazzle.com/awakentheworld

Inner Worlds, Outer Worlds – Part 1: Akasha (2012)

Part one of the film Inner Worlds, Outer Worlds. Akasha is the unmanifested, the "nothing" or emptiness which fills the vacuum of space. As Einstein realized, empty space is not really empty. Saints, sages and yogis who have looked within themselves have also realized that within the emptiness is unfathomable power, a web of information or energy which connects all things. This matrix or web has been called the Logos, the Higgs Field, the Primordial OM and a thousand other names throughout history. In part one of Inner Worlds, we explore the one vibratory source that extends through all things, through the science of cymatics, the concept of the Logos, and the Vedic concept of Nada Brahma (the universe is sound or vibration). Once we realize that there is one vibratory source that is the root of all scientific and spiritual investigation, how can we say "my religion", "my God" or "my discovery".

Inner Worlds, Outer Worlds – Part 2: The Spiral (2012)

The Pythagorian philosopher Plato hinted enigmatically that there was a golden key that unified all of the mysteries of the universe. The golden key is the intelligence of the logos, the source of the primordial om. One could say that it is the mind of God. The source of this divine symmetry is the greatest mystery of our existence. Many of history's monumental thinkers such as Pythagoras, Keppler, Leonardo da Vinci, Tesla and Einstein have come to the threshold the mystery. Every scientist who looks deeply into the universe and every mystic who looks deeply within the self, eventually comes face to face with the same thing: The Primordial Spiral.


Inner Worlds, Outer Worlds – Part 3: The Serpent and the Lotus (2012) 

The primordial spiral is the manifested world, while Akasha is the unmanifested, or emptiness itself. All of reality is an interplay between these two things; Yang and Yin, or consciousness and matter. The spiral has often been represented by the snake, the downward current, while the bird or blooming lotus flower has represented the upward current or transcendence.The ancient traditions taught that a human being can become a bridge extending from the outer to the inner, from gross to subtle, from the lower chakras to the higher chakras. To balance the inner and the outer is what the Buddha called the middle way, or what Aristotle called the Golden Mean. You can be that bridge. The full awakening of human consciousness and energy is the birthright of every individual on the planet. In today's society we have lost the balance between the inner and the outer. We are so distracted by the outer world of form, thoughts and ideas, that we no longer take time to connect to our inner worlds, the kingdom of heaven that is within

 Inner Worlds, Outer Worlds – Part 4: Beyond Thinking (2012) 

Life, liberty and the pursuit of happiness. We live our lives pursuing happiness "out there" as if it is a commodity. We have become slaves to our own desires and craving.
Happiness isn't something that can be pursued or purchased like a cheap suit. This is Maya, illusion, the endless play of form. In the Buddhist tradition, Samsara, or the endless cycle of suffering is perpetuated by the craving of pleasure and aversion to pain. Freud referred to this as the "pleasure principle." Everything we do is an attempt to create pleasure, to gain something that we want, or to push away something that is undesirable that we don't want. Even a simple organism like the paramecium does this.
It is called response to stimulus. Unlike a paramecium, humans have more choice. We are free to think, and that is the heart of the problem. It is the thinking about what we want that has gotten out of control.The dilemma of modern society is that we seek to understand the world, not in terms of archaic inner consciousness, but by quantifying and qualifying what we perceive to be the external world by using scientific means and thought. Thinking has only led to more thinking and more questions. We seek to know the innermost forces which create the world and guide its course. But we conceive of this essence as outside of ourselves, not as a living thing, intrinsic to our own nature. It was the famous psychiatrist Carl Jung who said, "one who looks outside dreams, one who looks inside awakes." It is not wrong to desire to be awake, to be happy. What is wrong is to look for happiness outside when it can only be found inside.

Dr Joe Dispenza - Neural Chemical Conditioning. The Brain and Reality

Dr. Joseph Dispenza, D.C. is one of the scientists featured in the movie "What the Bleep Do we Know" studied biochemistry at Rutgers University in New Brunswick, N.J. He received his Doctor of Chiropractic Degree at Life University in Atlanta, Georgia, graduating magna cum laude. Dr. Dispenza’s postgraduate training and continuing education has been in neurology, neurophysiology, and brain function. He is the recipient of a Clinical Proficiency Citation for clinical excellence in doctor-patient relationships from Life University and a member of the International Chiropractic Honor Society. His new DVD series, Your Immortal Brain, looks at the ways in which the human brain can be used to create reality through the mastery of thought.

God is in the Neurons

Video on Self-awareness, spirituality and the brain.
This spectacular video is not only a visual delight. It probes deep into perception, reality and the human emotional condition. Some conclusions are startling - Worth a watch

Beau Lotto - TED Talk on Optical Illusions?

TED Talk on reality and the nature of perception. Is this really an optical illusion? or is This reality?

First Quantum Effects Seen in Visible Object

http://io9.com/5497720/first-quantum-effects-seen-in-visible-object



Does Schrödinger's cat really exist? You bet. The first ever quantum superposition in an object visible to the naked eye has been observed.

Aaron O'Connell and colleagues at the University of California, Santa Barbara, did not actually produce a cat that was dead and alive at the same time, as Erwin Schrödinger proposed in a notorious thought experiment 75 years ago. But they did show that a tiny resonating strip of metal – only 60 micrometres long, but big enough to be seen without a microscope – can both oscillate and not oscillate at the same time. Alas, you couldn't actually see the effect happening, because that very act of observation would take it out of superposition.

"We talk about quantum weirdness and things being in two places at once, but it all involves atoms and molecules, stuff we don't normally interact with," says O'Connell, who presented the results at the March meeting of the American Physical Society in Portland, Oregon.

Bridge between worlds?
Proving that all objects, whatever their size, obeys the same rules has long been a goal of physicists. But with quantum mechanics it is no trivial matter: the larger an object, the more easily its fragile quantum state is destroyed by the disruptive influence of the world around it. O'Connell's experiments required delicate control and a temperature of just 25 millikelvin to measure the state in the few nanoseconds before it was broken down by disruptive influences from outside.

"It was a close call, but sufficient to see a first quantum signature," says Markus Aspelmeyer of the University of Vienna, Austria, who was not involved in the research.

The key was to connect the resonating strip to a superconducting qubit – a tiny electric circuit that can easily be prepared in a quantum superposition of two energy states. "The qubit acts as a bridge between the microscopic and the macroscopic worlds," says O'Connell. By tuning the frequency at which the qubit cycled between its two states to match the resonant frequency of the metallic strip, the qubit's quantum state could be transferred to the resonator at will.

When measured afterwards, the resonator was sometimes in its non-oscillating ground state and sometimes in an oscillating "excited" state. The number of times it was measured to be in each state followed the probabilistic rules of quantum mechanics.

Next, the cat?
"It's like you have a child's swing that goes back and forth," says O'Connell. "We pushed the swing and didn't push the swing at the same time."

"This is challenging and creative work," says Khaled Karrai of Ludwig-Maximilian University Munich, Germany. "If correct, it is a breakthrough."

Schrödinger's cat would be unlikely to survive the frigid temperatures of such experiments, so it is perhaps not the next milestone to look out for. But now the spooky influence of quantum physics on visible objects has been proved, can we expect to be putting an object as large as a real child's swing into an indeterminate quantum state any time soon? O'Connell thinks so. "I'd say in the near future – in the next 20 years."