Science & Technology
Cosmogony and Cosmology
Introduction
The mystery of the creation of the Universe is a dominant subject matter of all major ancient scriptures and philosophical schools. The ancient Vedic literature, different philosophical traditions and later scientific texts, all pointed to countless observations, speculations, and arguments towards this quest for origin of the universe. Diverse concepts were brought forward in the philosophical systems in an attempt to solve this eternal enigma: Sāṅkhya-Yoga’s (सांख्य-योग) evolution of matter, Vaiśeṣika’s (वैशेषिक) atomic theory of the universe, Vedānta’s (वेदांत) Cosmic Consciousness or Brahman (ब्रह्मन्) as the material and instrumental cause of the universe, Buddhism’s theory of conditioned or interdependent arising, Pūrva Mīmāṁsā’s (पूर्व मीमांसा) and Jainism’s eternal ever-changing universe.
Cosmology is the science of creation of the universe, its form, its content, its organization, its evolution, and its future. It is the study of structure of the universe including all its parts and elements and the laws of science – physics, astronomy, etc., which govern its characteristics such as space, time, and their relation.
Cosmogony is the science concerned with the origin of the cosmos or universe, or of reality itself. The theories and their explanations can embrace innumerable subjects ranging from physics and other physical sciences, astronomy, etc., to philosophy and mythology.
We will try to breifly explore some of these concepts expressed in the ancient Indian scriptures which are corroborated by our understanding of the current and corresponding doctrines of physics, recent findings, and observations in the study of modern cosmology.
Creation and Evolution of Universe – Upaniṣadic and Vedāntic views
The Taittirīya Upaniṣad (तैत्तिरीय उपनिषद्) states
तस्माद्वा एतस्मादात्मन आकाशस्संभूत:| आकाशात् वायु: ||
वायो: अग्नि:| अग्ने: आप:| अद्भ्यः पृथ्वी ||
पृथिव्या ओषधयः, ओषधीभ्यः अन्नम्, अन्नात् पुरुषः||
This is the Brahman, Ātman (आत्मन्) or consciousness from which emerged – space or plasma (ākāśa, आकाश), from the ākāśa the air, and from the air the fire, from the fire the waters, from the waters the earth, from the earth the herbs and plants and from the herbs and plants the grains/food and from the food man was born.
For the term “Ākāśa” we have used the English word plasma as against traditionally used word ether. Similarly, for “dik (दिक्)” we have used the term “space”. In support of this we
bring to notice the following quotation from Amarakoṣa (अमरकोष):
वियद्विष्णुपदं वा तु पुंस्याकाशविहायसी। (Amarakoṣa – kāṇḍa (काण्ड) 1, vyomavarga (व्योमवर्ग) 2, Śloka (श्लोक) 2
According to this, Ākāśa word has been in use in both the genders: neutral or masculine, viz., Ākāśam (आकाशम्) or Ākāśaḥ (आकाशः) but with different meanings and connotations – वा (शब्दात् पूर्वान्वयि) आकाशम्| आसमन्तात् काशन्ते सूर्यादयो यत्र इति, काश् दीप्तौ, हलश्च इति घञ् Obviously, this very phase of transformation of matter should be plasma. तुशब्दात् उत्तरान्वयी आकाशः — विशेषेण हाययति गमयति| हय् गतौ | अवकाशः (space) इत्यर्थः
Vaiśeṣika uses Ākāśa in neutral gender, eg., शब्दगुणकमाकाशम्|
Nyāyaśāstra uses Ākāśa in masculine gender, eg., घटाकाशः, पटाकाशः – दिशस्तु ककुभः काष्ठाः आशाश्च हरितश्च ताः, अमरकोष, काण्ड १, दिग्वर्ग ३, श्लोक १. दिश इति| दिश इत्यवकाशम् or space.
Another example of words used in two different genders having different connotations are mitram (मित्रम्) and mitraḥ (मित्रः). Mitram means friend and mitraḥ stands for the Sun.
Thus, it is also clear that Vaiśeṣikaśāstra, instead of Ākāśa uses a different word dik for space, which particularly denotes the sense of measuring the length vector.
Ākāśa, the Sanskrit word, as mentioned above, means a physical quantity which glows all around. Ākāśa can be interpreted as the fourth state of matter, namely plasma. It is also obvious that this state of matter (Bhūta, भूत) is spread all over the universe. It is Vibhu (विभु) or omnipresent.
In physics, plasma is a mixture of ionized atoms (ions) and free electrons, with a sprinkling of whole atoms, and sometimes even molecules of gas. While it is known that all gases, including the air we breathe, contain some ionized atoms and free electrons, the properties of plasma differ strikingly from those of gases. In plasma, the atoms are in an excited state, a continuous collision of electrons in the course of their random motions, is responsible for the glow of plasma. Plasma is an excellent conductor of electricity. The purity of plasma depends upon the degree of ionization. The upper temperature limit of chemical reactions is of the order of 6,000-8,000 o K. Beyond this limit, the ‘true’ state of plasma sets in. The details in this regard may be seen in the book Dongre-Nene, Physics in Ancient India, NBT, Delhi, 2016.
Modern Science assumes that Ākāśa, the vacuity i.e. the space or plasma, devoid of matter, pre-existed, the particles in this vacuum come together due to gravity to form stars.
The sequence of cosmic formation according to the Big Bang theory is as follows:
Space or plasma (Ākāśa) -> air or gas (Vāyu, वायु ) -> energy (tejas, तेजस् ), the star and galaxy formations, which actually release radiation energy -> water (jala, जल) -> earth (pṛthvī, पृथ्वी) that leads to the formation of heavier elements, solids, etc.
Vedānta does not accept space as a mere emptiness because vacuum too needs to come into being. So, there has to be some thing from which space has emerged.
The sequence of evolution of the universe according to Vedānta is as follows:
Parabrahman (परब्रह्मन्) (beyond sat (सत्) and asat (असत्)), incomprehensible being, beyond bhāva (भाव) and abhāva (अभाव), qualityless Brahman/ Cosmic consciousness / inspiring Self Brahman -> Brahmā (ब्रह्मा) – Brahman with attributes i.e. absolute being bhāva -> the fundamental existence evolves into eightfold or Aṣṭadhā Prakṛti (अष्टधा प्रकृति) -> on one side, the confluence of Sūkṣmabhūta (सूक्ष्मभूत) or subtle elements with consciousness results into elemental sentient world, and on the other side, their quintuplicating generates five gross elements, Pañcamahābhūta (पञ्चमहाभूत) constituting insentient world -> creation of inert matter as well as the sentient organisms with senses of perception and organs of action.
The stage wise evolution of the universe from ‘non-being’ to the emergence of consciousness in accordance with the Theory of Inflationary Universe (Alan guth):
Zero (negation), non-being (abhāva) ->split into negative (gravity, one of the fundamental forces) and positive (other three fundamental forces- electromagnetic, strong nuclear and weak nuclear forces) energy->formation of fundamental particles -> formation of inert matter->formation of complex molecules of carbon, and complex structure of matter- >emergence of consciousness in living organisms as an emergent quality of complex form of matter.
One finds a common befitting analogy for the Vedantic evolution of the universe in few words in Kaṭhopaniṣad (कठोपनिषद्) as well as Bhagavad Gītā (भगवद् गीता). The whole universe is described as a holy fig tree (Aśvattha or अश्वत्थ which means mutable, known as Pipal tree), its roots pointing up towards Brahman, the cosmic consciousness, and the
branches (as perceived universe) and leaves (Vedas) pointing down. The upward direction denotes Brahman beyond sat (real) and asat (unreal), whereas the downward direction denotes material universe of inert matter and organic life including Jīvas (जीव).
ऊर्ध्वमूलमवक्षाख एषोsश्वत्थः सनातनः- Kaṭhopaniṣad, 2.3.1.
Creation of Universe According to Amśubodhinīśāstra (अम्शुबोधिनीशास्त्र)
Amśubodhinīśāstra of Maharṣi Bharadvāja (महर्षि भरद्वाज) describes the evolution of the present universe in three consecutive steps. An account of the creation and evolution of the solar system is given in the first chapter titled ‘Sṛṣṭyadhikāraḥ (सृष्ट्यधिकारः)’ i.e. Cosmology or creation of the Universe. At first, he declares that the aim of this chapter is to give the details of the present evolution of the earth which has been due to the Sun in our galaxy.
अथ कल्पसृष्टिरात्मत्वात् सूर्येण
Atha kalpasṛṣṭirātmatvāt sūryeṇa
The cause of this very evolution on the earth (jaḍa-cetana-sṛṣṭi, जड-चेतन-सृष्टि) in the Śvetavārāha galaxy (Śvetavārāhakalpa, श्वेतवाराहकल्प) is the Sun in the same way as the creation of the universe took place from the Primal atom (Paramātmā, परमात्मा/Brahman). The above cited aphorism is an introductory statement to the chapter Sṛṣṭyadhikāraḥ.
An explanatory note given by Bodhānanda (बोधानन्द) in his Bodhānandavṛtti (बोधानन्दवृत्ति) makes it more explicit. According to this text, one of the galaxies forming regular tracks in space-time fabric (brahmāṇḍa sṛṣṭirekhā, ब्रह्माण्ड सृष्टिरेखा) is known as Kuṇḍalinī (कुण्डलिनी). There are 64 million big galaxies. Parāśakti (पराशक्ति) is the first one and Sadāśiva (सदाशिव) is the last galaxy. On the same Kuṇḍalinī, our Śvetavārāha galaxy lies next to Padma (पद्म) galaxy. In this galaxy the Sun is the sole cause or the lord (adhipati, अधिपति) for evolution of the physical world on the earth just as primal atom (Paramātmā) is the sole cause for the emergence of the Universe. Mentioning this similarity between the Sun and the primal atom, Bharadvāja further explains how the emergence and evolution of the Universe have taken place. Amśubodhinīśāstra of Maharṣi Bharadvāja (महर्षि भरद्वाज) describes the evolution of the present universe in three consecutive steps. In the first step, the primeval atom (Parama-ātmā) due to some slight disturbance, suffers a
Big Bang and leads to the formation of galaxies (brahmāṇḍas). In due course, quark-gluon plasma (cit- śakti: lohita- capalā, चित्- शक्ति: लोहित – चपला) separates first and gets surrounded by the lepton plasma (māyā mūlaprakṛti, माया – मूलप्रकृति). Then the interaction between them causes the lepton plasma to get separated as agni (अग्नि) and soma (सोम), which, in turn, along with formation of positrons and electrons (dhvāntadvaya, ध्वांतद्वय), give rise to background radiation (tama, तम). Now the central core of the quark-gluon plasma breaks up into various pairs of quarks (lohita- capalā) and binding forces (vegas, वेगस्). Further, the interactions with its surroundings give rise to proton-plasma (vidyutodaka, विद्युतोदक). Due to its internal repulsions within a matter of a few minutes, the proton plasma begins to stream along the regular paths (sṛṣṭi patha rekhā, सृष्टि पथ रेखा) in the form of galaxies. Meanwhile due to gradual cooling, the proton-plasma interacts with the electromagnetic radiation releasing neutrinos (rohiṇī, रोहिणी) and free electrons.
These are scattered all over the paths on which the galaxies have to be formed, resulting into the formation of the protons, neutrons and deuterons (ghanatraya: āpoghana, retoghana and rasoghana, घनत्रय: आपोघन, रेतोघन, रसोघन).
The second step starts after the emergence of the Sun and other stars, the subsequent compression and heating of the matter provides for nuclear reactions leading to the formation of nuclei of heavier elements. In the third step, due to further cooling the nuclei begin to trap the electrons and the formation of various atoms and molecules take place. Existence of matter in different states created favourable situations on our earth to support life. These views are more or less parallel to the thoughts of modern physicists. The European Laboratory for Particle Physics (CERN -European Centre for Nuclear Research) claims first experimental creation of quark-gluon plasma state of matter predicted to have existed shortly after the Big Bang. Hans Stephani in his book “General Relativity: An Introduction to the theory of gravitational field” mentions “the evolution of the Universe after the formation of the electromagnetic background radiation. During the gradual cooling of the ‘primeval fire-ball’ hydrogen and helium form in the preferred equilibrium ratio of about 73:27, almost no heavier elements being synthesized. Small disturbances to homogeneity of the universe then lead to galaxy formation, and there the subsequent compression and heating of matter in the stars lead to nuclear processes, during which the heavier elements are produced.” It is surprising to see that the aphorisms of Bharadvāja describe the formation of universe on the similar lines. The scientist N. G. Dongre and orientalist-indologist S. G. Nene have made great efforts in interpreting this original text and presenting the findings in their book – Maharṣi Bharadvāja’s Amśubodhinīśāstra: Cosmology and Physics of Nuclear Particles in Ancient India (A Book of Modern Physics), Triangle Concepts, Pune, 1910.
Modern Theories of Cosmology
The two main theories are the big-bang hypothesis and the steady-state hypothesis.
However, there are many gaps and variations on the basic approach of both theories.
The Big Bang Theory: (Lemaître, Hubble, Gamow)
Georges first noted in 1927 that an expanding universe could be traced back in time to an
originating single point, which he called the “primeval atom”. This theory was further
developed by Gamow and other cosmologists.
At the beginning of time, all matter and energy in the universe was concentrated in a very
dense state, a point of singularity. Due to the enormous temperatures there was an
explosion, most likely 13 to 14 billion years ago, and matter scattered all round. (Hoyle jocularly called it a ‘big bang’ and that became its accepted title!) The temperatures rapidlydecreased and as the universe cooled, the quarks and other elementary particles present condensed into protons and neutrons, the building blocks of atomic nuclei. Some of these were converted into helium nuclei by fusion. After millions of years, the expanding universe thinned and cooled enough to condense into individual galaxies and then stars. In the late eighties, Alan Guth amended big bang cosmology with the ‘Theory of Inflationary Universe’,
which states that the universe expanded with extra-ordinary speed i.e. in an extremely small fraction of a second, it expanded exponentially, violating all the laws of physics. Guth proposes that the universe has always zero energy, since for every bit of positive energy, there would always be corresponding negative energy. Thus, the universe can arise from nothing. The cause for creation of matter and energy is its inflationary expansion.
Steady State Theory: (Bondy-Gold-Hoyle in 1948)
Steady state theory brought forward the idea that the universe is always expanding and
maintains a constant density. When the distant galaxies vanish, the universe would form
new galaxies in the space left by the dead galaxies, as if to replace them and thus the
general state of the universe remained steady. It also states that the universe has no
beginning and no end. This theory was modified to Quasi Steady State Theory in 1993 by
Hoyle, Burbidge, and Jayant V. Narlikar to explain additional features unaccounted for in the
initial theory. However, majority of cosmologists consider ‘Big Bang’ as the standard model
Comparison of theories of Modern cosmology and Vedānta/Ancient Indian texts
(compiled on the basis of “Understanding Reality” by Shashikant Shukla, Ed. Vijay Bhatkar)
Creation: View of modern science | Creation: Vedantic view | |
1. | The net energy of the Universe at the Big Bang moment, or thereafter isalways zero. Thus, it began from zeroor non-being or abhāva. All the fundamental forces were in symmetry; an equipoise state. | Qualityless (nirguṇa, निर्गुण), formless (nirākāra, निराकार) Parabrahman —solely knowledge is beyond sat and asat, incomprehensible, yet as being i.e. bhāva, not zero (i.e. non–being), abhāva. |
2. | The cause of Big Bang is unknown. If the cause of this explosion is the material world compacted within an infinitely small point, at an enormously high temperature; then zero energy state needs explanation. | Parabrahman, satyam (सत्यम्), jñānam (ज्ञानम्), anantam (अनन्तम्) existence, knowledge and infinite, turns into Ātman or Hiraṇyagarbha (हिरण्यगर्भ) or Brahmā (ब्रह्मा), cosmic consciousness and wishes to become multifold (एकोऽहं बहु स्याम्). |
3. | Big bang takes place. The equipoise state of inherent forces is disturbed and the fundamental energy is separated into the negative energy as gravity and the positive energy as the base nuclear force. Soon after the separation, nuclear force progressively generates the three types of forces: nuclear strong, nuclear weak, and electro-magnetic. Actions / reactions between them commenced. Fundamental particles, plasma, and progressively hydrogen the primary element were formed. | Through the utterances (like explosion sphuṭa (स्फुट) / sphoṭa (स्फोट) of Brahma), Universe emerged as its own apparition. First is the creation of the eight-fold Prakṛti (प्रकृति), Reason, Individuation (ahaṅkāra, अहंकार) and five sūkṣmabhūta (tanmātra, तन्मात्र). From here onwards, the process of formation of universe splits into two streams. The main process of quintuplicating forms gross elements. One predominant with tamoguṇa (तमोगुण) creates insentient (जड अचेतन, jaḍa acetana) world, and the other predominant with sattvaguṇa (सत्त्वगुण) creates the sentient (cetana, चेतन) world. |
4. | Through the action / reactions between the gravity and the fundamental primary elements, stars and galaxies came into existence. In the plasma, in the star cores formation of elements commenced. Science calls this as the formation of order. In galaxies amongst millions of stars, around a star like Sun, planet system forms including a planet like Earth. The reactions between gravity and the particles or elements released radiation energy and heat. Part of the heat energy, which becomes irrecoverable, emerges as disorder. It is measured as entropy. The journey of cosmos is in the direction of minimizing the available energy for mechanical work, or in the direction of maximal entropy. Eventually the Universe is heading towards its heat death. | Sattvaguṇa predominant stream evolved the perceptible and subtle organs of action for sentient world, with Ātman as the binding element. The other tamoguṇa predominant stream, through progressive quintuplicating of the subtle elements, as tamoguṇa increases, evolves gross elements, pañcamahābhūtas (पञ्चमहाभूत) (half of one sūkṣmabhūta, mixed with the eighth part each of the remaining four sūkṣmabhūta formed gross elements in the sequence of Ākāśa to prithvī). The whole formation is a disorder, because it is a transformation from its homogenous fundamental state to a heterogenous state in the form of multiple elements. However, the ultimate goal of the whole evolution is to reach order or homogeneity. |
5. | On earth, vegetation appeared first and thereafter, unicellular organisms were formed in the moist atmosphere by chance. The continual interaction amongst them gave rise to multicellular complex organisms and progressively some 30,000 years ago, the humans appeared on the earth as the surviving mutation of the chimpanzee to Australopithecines to the Homo sapiens to the present man. | From pṛthvī first the herbs and vegetable world came into being. This became the food for the living organisms. This evolution of living organisms stands symbolically explained through the concept of ten incarnations or daśāvatāra (दशावतार). Cosmic consciousness appears in the form of all types of the evolved organisms. Vedas call human beings as the acme of living creation (sukṛta, सुकृत). |
6. | Bio-scientists now claim that life can arise from inert matter. Consciousness is an emergent quality of complex organic structure. In view of science, matter is ultimately energy and the reality. Yet, energy too is beyond any convincing ontological explanation. | Vedānta posits cosmic consciousness as the only reality. It recognizes inspiring Self as the primary reality at the level of perceptible creation. Material reality is a result of nescience or ignorance of jīva. Since consciousness is the source of the whole universe, no other explanation is required for emergence of consciousness. |
Conclusion:
There are notable similarities between the concepts of cosmogony and cosmology in Science and Vedānta as briefed above, besides the leaning of modern physics towards the focal premise of Vedānta on consciousness. Additionally, there are works like that of Vaiśeṣikaśāstra, Sāṅkhyaśāstra, which have a base that is essentially scientific in nature. The recent investigations on Vaiśeṣikaśāstra have revealed, undoubtedly, that Vaiśeṣikaśāstra is a work on Physics and Atomic Theory. On the same lines the text of Amśubodhinīśāstra reveals the deep scientific and technological knowledge well known to ancient Indians. We shall explore the contents of both these books further in this segment of website.