Germs of Modern Physics in Jaina Philosophy

Summary

This article explores how several ideas in Jain philosophy prefigure concepts in modern physics. It begins by contrasting physics, which deduces laws from empirical observations, with religion, which relies on faith and revelation. Yet both share an interest in fundamental principles, and the author suggests that Jain metaphysics offers insights relevant to contemporary science. Drawing on Mach’s principle and Einstein’s theory of relativity, the essay argues that inertial mass arises from interaction with all matter. Extending this idea, it proposes that life and consciousness are also interactive and cannot exist in isolation. Such interdependence leads naturally to the Jain ethic of non‑violence: harming another being is like harming oneself because all beings are interconnectedhttps://jainworld.com/philosophy/science-and-jainism/modern-physics-and-jain-darshan/#:~:text=The%20implication%20is%20that%20inertial,is%20a%20consequence%20of%20interaction. The article examines quantum mechanics and notes that the uncertainty principle and the dual wave–particle nature of matter challenge classical notions of determinism. It compares these insights with Jain doctrines. Anekāntavāda (non‑one‑sidedness) holds that reality possesses many attributes and cannot be fully described from a single perspective; Syādvāda (conditional predication) allows for multiple, conditional assertions about the same object. These doctrines anticipate Niels Bohr’s principle of complementarity, which asserts that particles exhibit both wave and particle properties and that apparently contradictory descriptions are complementaryhttps://jainworld.com/philosophy/science-and-jainism/modern-physics-and-jain-darshan/#:~:text=Let%20us%20first%20talk%20about,sided%20ness%2C%20implying%20the%20many. The essay argues that anekāntavāda accommodates such complementarity by harmonising contradictory viewpoints. It further suggests that Syādvāda resembles the uncertainty principle because it acknowledges that certain attributes cannot be simultaneously determined with precision and emphasises the limits of knowledgehttps://jainworld.com/philosophy/science-and-jainism/modern-physics-and-jain-darshan/#:~:text=Anek%C4%81ntv%C4%81d%20not%20only%20explains%20seemingly,some%20properties%20can%20not%20be. The author points out that Jain cosmology envisions an infinite universe composed of minute atoms (paramāṇu) that combine to form aggregates (skandha), as well as an infinite continuum of time, space and motion. This four‑dimensional “adhikaraṇa” resembles the space‑time continuum in relativity theory. The article concludes that although ancient Jains lacked modern mathematical formulations, their insights about interdependence, multi‑faceted reality and limits of knowledge parallel some foundational ideas of modern physics.