Society & Economicsarticle2026-09-27

9 Reasons String Theory Sounds Like Ancient Indian Philosophy Talking About Vibration, Time, and Mind

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Abstract

When podcaster Steven Bartlett asked theoretical physicist Brian Greene to explain why some scientists believe physical reality might be, in a meaningful sense, an illusion, the conversation moved through string theory, the unsolved rift between quantum mechanics and general relativity, the mystery of why the universe contains any energy at all, the neuroscience of why only the present moment ever actually exists in the brain, the unanswerable question of whether reality could be a simulation, and finally a vision of human beings merging with artificial intelligence as the next stage of evolutionary life. This article works through each of these ideas in turn, explaining string theory's vibrating-filament proposal in plain, vivid terms, and grounding Greene's claims in the actual physics and neuroscience behind them — including the 2021 Nature paper in which DeepMind's machine learning helped Oxford and Sydney mathematicians discover a genuinely new theorem in knot theory, cited by Greene as early evidence of human-AI intellectual symbiosis. It then turns, carefully and without overclaiming, to a body of Indian philosophy that reached strikingly similar territory centuries earlier: Kashmir Shaivism's 9th-century doctrine of spanda, which described the whole of manifest reality as the vibration or pulsation of consciousness itself; the Upanishadic teaching of witness-consciousness, which locates the true self entirely outside the flow of time Greene describes as neurologically constructed; and Sri Aurobindo's early-20th-century evolutionary philosophy of the Supermind, which proposed, independently of any computer science, that a further stage of evolution lies ahead of ordinary human mind. Each parallel is presented alongside where it genuinely diverges from the physics it resembles, since the value of a real convergence lies precisely in being honest about its edges.

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View paper (DOI)Open access versionOpenAlexZenodo (CERN European Organization for Nuclear Research)Published 2026-09-27

Authors: Narayan Rout