Kaṇāda

Kaṇāda (Template:Langx, Template:IAST3), also known as Ulūka, Kashyapa, Kaṇabhaksha, KaṇabhujTemplate:SfnTemplate:Sfn was an ancient Indian natural scientist and philosopher who founded the Vaisheshika school of Indian philosophy that also represents the earliest Indian physics.Template:SfnTemplate:Sfn

Estimated to have lived sometime between 6th century to 2nd century BCE, little is known about his life.<ref>Oliver Leaman (1999), Key Concepts in Eastern Philosophy. Routledge, Template:ISBN, page 269</ref><ref>J Ganeri (2012), The Self: Naturalism, Consciousness, and the First-Person Stance, Oxford University Press, Template:ISBN</ref><ref>{{#invoke:citation/CS1|citation |CitationClass=web }}</ref>Template:Sfn His traditional name "Kaṇāda" means "atom eater",Template:Sfn and he is known for developing the foundations of an atomistic approach to physics and philosophy in the Sanskrit text Vaiśeṣika Sūtra.Template:Sfn<ref>"The Vaisesika sutras of Kanada. Translated by Nandalal Sinha" Full Text at archive.org</ref> His text is also known as Kaṇāda Sutras, or "Aphorisms of Kaṇāda".Template:Sfn<ref name="Kak">Kak, S. 'Matter and Mind: The Vaisheshika Sutra of Kanada' (2016), Mount Meru Publishing, Mississauga, Ontario, Template:ISBN.</ref>

The school founded by Kaṇāda explains the creation and existence of the universe by proposing an atomistic theory, applying logic and realism, and is one of the earliest known systematic realist ontology in human history.Template:Sfn Kaṇāda suggested that everything can be subdivided, but this subdivision cannot go on forever, and there must be smallest entities (paramanu) that cannot be divided, that are eternal, that aggregate in different ways to yield complex substances and bodies with unique identity, a process that involves heat, and this is the basis for all material existence.Template:SfnTemplate:Sfn He used these ideas with the concept of Atman (soul, Self) to develop a non-theistic means to moksha.<ref>Template:Cite book</ref>Template:Sfn If viewed from the prism of physics, his ideas imply a clear role for the observer as independent of the system being studied. Kaṇāda's ideas were influential on other schools of Hinduism, and over its history became closely associated with the Nyaya school of Hindu philosophy.Template:Sfn

Kaṇāda's system speaks of six properties (padārthas) that are nameable and knowable. He claims that these are sufficient to describe everything in the universe, including observers. These six categories are dravya (substance), guna (quality), karma (action/ motion), samanya (generality/ commonness), visesa (particular), and samavaya (inherence). There are nine classes of substances (dravya), some of which are atomic, some non-atomic, and others that are all-pervasive.

The ideas of Kaṇāda span a wide range of fields, and they influenced not only philosophy, but possibly scholars in other fields such as Charaka who wrote a medical text named Charaka Samhita.Template:Sfn

Lifetime

The century in which Kaṇāda lived is unclear and has been a subject of a long debate.Template:Sfn In his review of 1961, Riepe states Kaṇāda lived sometime before 300 CE, but convincing evidence to firmly put him in a certain century remains elusive.Template:Sfn

The Vaisheshika Sutras mention competing schools of Indian philosophy such as Samkhya and Mimamsa,Template:Sfn but make no mention of Buddhism, which has led scholars in more recent publications to posit estimates of 6th century BCE.Template:SfnTemplate:SfnTemplate:Sfn The Vaisheshika Sutras manuscript has survived into the modern era in multiple versions and the discovery of newer manuscripts in different parts of India by Thakur in 1957 and Jambuvijayaji in 1961, followed by critical edition studies, suggest that the text attributed to Kaṇāda was systematized and finalized sometime between 200 BCE and the start of the common era, with the possibility that its key doctrines may be much older.Template:SfnTemplate:Sfn<ref>Template:Cite book</ref> Multiple Hindu texts dated to the 1st and 2nd century CE, such as the Mahavibhas and Jnanaprasthana from the Kushan Empire, quote and comment on Kaṇāda's doctrines.Template:Sfn His ideas are also mentioned in Buddhist texts attributed to Aśvaghoṣa of the same period.Template:Sfn

In Jainism literature, he is referred as Sad-uluka, which means "the Uluka who propounded the doctrine of six categories".Template:Sfn His Vaisheshika philosophy similarly appears with alternate names, such as "Aulukya philosophy" derived from the nickname Uluka (literally owl, or grain eater in the night).Template:SfnTemplate:Refn

Kaṇāda was influential in Indian philosophies appearing in various texts by dictators, philosophers, and more, such as Kashyapa, Uluka, Kananda, Kanabhuk among others.Template:SfnTemplate:Sfn

Ideas

Physics is central to Kaṇāda's assertion that all that is knowable is based on motion. His ascribing centrality to physics in the understanding of the universe also follows from his invariance principles. For example, he says that the atom must be spherical since it should be the same in all dimensions.<ref>Kak, S. Kaṇāda, Great Physicist and Sage of Antiquity</ref> He asserts that all substances are composed of four types of atoms, two of which have mass and two are massless.

Kaṇāda presents his work within a larger moral framework by defining Dharma as that which brings about material progress and highest good.Template:Sfn<ref>Template:Cite book, Quote: "Kanada's Vaisesikasutra: dharma is that from which prosperity and the highest good come about."</ref> He follows this Sutra with another that asserts that the Vedas have gained respect because they teach such Dharma, and something is not Dharma simply because it is in the Vedas.Template:Sfn

Template:Multiple image Kaṇāda and early Vaisheshika scholars focused on the evolution of the universe by law.<ref name="SiemensRoodt2008"/> However, this was not unusual for his times since several major early versions of Hindu philosophies such as Samkhya, Nyaya, Mimamsa along with sub-schools of Yoga and Vedanta, as well as non-Vedic schools such as Jainism and Buddhism, were similarly non-theistic.<ref>Template:Cite book</ref><ref>Template:Cite book</ref> Kaṇāda was among the sages of India who believed in man's potential to understand existence and reach moksha on his own, without God, a notion of ancient Indians summarized by Nietzsche as the belief that "with piety and knowledge of the Veda, nothing is impossible".<ref name="SiemensRoodt2008">Template:Cite book</ref>

The text states:<ref name="Sinha">The Vaisheshika sutras of Kanada, 2nd Edition, Translator: Nandalal Sinha (1923); Editor: BD Basu; Note: this is the translation of non-critical edition of the manuscript</ref>

• There are nine constituents of realities: four classes of atoms (earth, water, light and air), space (akasha), time (kāla), direction (disha), infinity of souls (Atman), mind (manas).<ref>O'Flaherty, p. 3.</ref>
• Every object of creation is made of atoms (paramāṇu) which in turn connect with each other to form molecules (aṇu). Atoms are eternal, and their combinations constitute the empirical material world.
• Individual souls are eternal and pervade material bodies for a time.
• There are six categories (padārtha) of experience—substance, quality, activity, generality, particularity, and inherence.

Several traits of substances (dravya) are given as colour, taste, smell, touch, number, size, the separate, coupling and uncoupling, priority and posterity, comprehension, pleasure and pain, attraction and revulsion, and wishes.<ref>Vitsaxis, Vassilis. Thought and Faith: Comparative Philosophical and Religious Concepts in Ancient Greece, India, and Christianity. Somerset Hall Pr 2009-10-01 (October 2009). P. 299. Template:ISBN.</ref>

Thus the idea of the subdivision is carried further to analytical categories as well, which explains its affinity with Nyaya.

Observations and theories

In the fifth chapter of Vaisheshika Sutra, Kaṇāda mentions various empirical observations and natural phenomena such as the falling of objects to the ground, rising of fire and heat upwards, the growth of grass upwards, the nature of rainfall and thunderstorms, the flow of liquids, the movement towards a magnet among many others, asks why these things happen, then attempts to integrate his observations with his theories on atoms, molecules, and their interaction. He classifies observed events into two: those caused by volition, and those caused by subject-object conjunctions.Template:Sfn<ref>The Vaisesika Sutras of Kanada, pp. 152-166, Translated by Nandalal Sinha (note this translation is of the old disputed manuscript, not critical edition)</ref><ref name=wells>John Wells (2009), The Vaisheshika Darshana, Darshana Press, Chapter 5 verses (main and appendix), critical edition</ref>

His idea of the observer, that is the subject, being different from objective reality is completely consistent with Vedanta, which speaks of the difference between "Apara" and "Para" knowledge, where "Apara" represents normal associational knowledge whereas "Para" represents deeper subjective knowledge.

The concept of paramanu (atom)

Template:Quote box Kaṇāda proposes that paramanu (atom) is an indestructible particle of matter. The atom is indivisible because it is a state at which no measurement can be attributed. He used invariance arguments to determine properties of the atoms. He also stated that anu can have two states—absolute rest and a state of motion.<ref>{{#invoke:citation/CS1|citation |CitationClass=web }}</ref>

Kaṇāda postulated four different kinds of atoms: two with mass, and two without.<ref name="Kak"/> Each substance is supposed to consist of all four kinds of atoms.

Kaṇāda's conception of the atom was likely independent from the similar concept among the ancient Greeks, because of the differences between the theories.<ref name=edwardcraig199/> For example, Kaṇāda suggested that atoms as building blocks differ both qualitatively and quantitatively, while Greeks suggested that atoms differed only quantitatively but not qualitatively.<ref name=edwardcraig199>Template:Cite book</ref>

See also

• Timeline of atomic and subatomic physics
• List of Indian inventions and discoveries
• Leucippus
• Vedanta
• Vaiśeṣika Sūtra

References

Sources

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External links

• Early Atomism - Resonance magazine, Oct 2010
• Scientists of India by Dilip M. Salwi - Children's Book Trust - Template:ISBN, 2007