Opinion Culture History West Bengal

Science and swaraj in ideas

Contrary to popular understanding, the nationalist struggle recognised that swaraj was to extend beyond politics into the realm of ideas. And it is still a fine tool with which to understand the challenges we face in our continuing encounter with western ideas, writes Rajesh Kasturirangan.

A country like India, with its nested circles of social engagement - family, caste, state and nation - needs conceptions of freedom that are more supple than the rights-based discourse that dominates our intellectual debates. I believe that the idea of swaraj (especially in its Gandhian version) is far more suitable for understanding the needs of Indians since it recognises the various demands on its use and application. Indeed, as I shall attempt to show here, swaraj is a fine tool with which to understand the greatest intellectual challenge that Indians have ever faced - our continuing encounter with western ideas of nature and society.

The call for swaraj was one of the great rallying cries of the freedom movement. The demand for swaraj was a demand for autonomy, freedom and dignity. Contrary to popular understanding, the nationalist struggle recognised that swaraj was to extend beyond politics into the realm of ideas. In a famous lecture entitled “Swaraj in Ideas,” the great (but unfortunately little known) philosopher K C Bhattacharyya said “there is cultural subjection only when one’s traditional cast of ideas and sentiments is superseded without comparison or competition by a new cast representing an alien culture which possesses one like a ghost.”

There is something jarring about Bhattacharyya’s claim; why should we confine ideas and opinions within national or cultural boundaries? I cannot imagine Indian food without chillis, onion and tomatoes. Neither can I imagine life without technologies (like the computer on which I am typing this article) designed and manufactured outside the boundaries of the Indian nation. In this age of globalisation, is gyan swaraj possible or even desirable?

Swaraj in scientific ideas

Consider one particular domain of knowledge - modern science and technology - where India is indebted to the west. Whatever one might say about the contributions of ancient India to premodern science, modern science is mostly a western invention and remains so. Despite enormous investment in science and technology and the great prestige and unaccountability awarded to scientists as a group, the quality of scientific research in India is terrible. While being host to one of the largest pools of technically trained personnel, India is yet to design and produce a single hi-tech product worth talking about. The situation in the sciences is even worse; the citation statistics for papers written by scientists working in India are abysmal.

Compare this with the pre-independence position: just the city of Calcutta alone produced Nobel quality research from luminaries such as J C Bose, S N Bose, C V Raman and others. How could a city labouring under colonial rule produce better science than an entire country with a massive investment in the field?

In the Indian context, ‘swaraj in scientific ideas’ starts sounding strange when translated as ‘innovation’ with its connotations of individual choice, authorship and intellectual property. Individuality itself is a tricky concept for us Indians, enmeshed as we are in networks of family, caste and community. Besides, how does one understand authorship in a culture whose classical texts are oral and subject to change? What is cultural creativity and indigenous knowledge in a nation profoundly influenced by western idioms? Even if science is a universal, global endeavour, its practice in India is influenced by larger societal notions of agency and autonomy. If one were to insist on patentable notions of creativity and knowledge production we will quickly conclude that Indians as a whole have become imbeciles.

How could a city labouring under colonial rule produce better science than an entire country with a massive investment in the field?

An august dispute

I prefer to think of swaraj-in-ideas in terms that recognize the peculiar logic of scientific work in India, however irrelevant or wrong that logic might be at a Harvard or Cambridge. There is no doubt in my mind the scientific establishment has failed the Indian nation, but I don’t think the failure is the lack of papers published in prestigious international journals. Let us not confuse swaraj in the domain of scientific knowledge with cutting edge research. Instead, swaraj-in-ideas is part of a human demand for the dignity of knowledge in a given socio-cultural context. The successes and failures of the Indian science establishment have to be judged according to its effect on our dignity.

The need for dignity and respect from the coloniser motivated the first attempts at scientific research in India. The oldest scientific society in India, The Indian Association for the Cultivation of Science, was founded in 1876 in Calcutta by Mahendra Lal Sircar with the intent of being “solely native and purely national.” The goal of the Gandhian programme of ‘charkha technology’ was to build a scientific and technological system from the bottom, using ideas and symbols that deeply resonate with the mass of the Indian people.

That said, dignity is not the only criterion for evaluating scientific research in India or elsewhere. We also have to ask for better training and more accountability in return for the money spent on science and technology. Anyway, we cannot make informed choices or navigate this rather contested terrain without clarifying what we mean by swaraj. What psychological need is the need for swaraj? Is it the same for everyone? What role does the Indian nation and nation-state play in the swaraj of ideas? What role should it play? I claim the relative success of the earlier, Calcutta centric approach to science and the seeming failure of the later, nation-state centric approach to science are because of their position in the scale of gyan swaraj.

The Bengali and non-Bengali Bhadralok who dominated scientific research in the early part of the twentieth century worked in a different context from the middle class scientist working in a CSIR lab at the end of that century. Here, I want to outline some of the historical details regarding the Indian science establishment. As in my previous two articles, the role of history is to bring out the underlying cognitive and psychological needs of the Indian science community. The next article will explore the demands for gyan swaraj evoked by the history of scientific thinking in India. Only in comparison with those psychological demands can we evaluate the failures of Indian science.

Bengal: the mold of the coloniser

It is hard to imagine now, but at the beginning of the 20th century, Calcutta was an important cosmopolis and had been so for fifty years. There was a close link between British culture and society in Britain and its colonial expression in India, centred on Calcutta. The Bengali Bhadralok were subjects of the empire but they experienced colonial power with greater intimacy than any other group of Indians, then or now. While they were subordinates, upper class Bengalis were not divorced from the sympathies of the colonizer. The Bhadralok class was formed before relations between the colonizer and subject were poisoned by the rhetoric of race. For example, Rabindranath Tagore’s grandfather Dwarkanath was a confidant of Queen Victoria. An upper class Bengali could aspire to respect from westerners for his urbanity and rationality. These men and women were the perfect oriental: exotic, disconcerting, but ultimately cast from the same mould as the European colonizer (like Hercule Poirot in Agatha Christie books).

It is this sympathy that allowed philosophers such as Bhattacharrya and his successors like Bimal Matilal (with Sarvepalli Radhakrishnan as an interlude) to work from Calcutta and make a claim for the rationality of classical Indian thought. Radhakrishnan and Matilal both ended their respective academic careers as Spalding Professor of Religion at Oxford; not philosophy as they might have wished, but at least they had a foot in the door.

However, as the nineteenth century ended and the twentieth began, the differences between India and the West widened, both in technical capacity and in political organisation. English acceptance of Indian ways of thinking had its limits and some Bhadralok with deep roots in the west, like Aurobindo, reacted violently when it became clear that these limits could not be transcended. As an aside, let me add that violent resistance to western domination using the tools of western domination themselves - force and ideology - is the Frankenstein’s monster of modern politics. The early twentieth century ‘terrorist’ portrayed by Joseph Conrad in his novel, The Secret Agent is not that different from an Al Qaeda member in his grievances and in his methods of exacting retribution.

For about a hundred years, from 1830 to 1940 (roughly from the death of Rammohun Roy to the death of Tagore) Calcutta was the crucible for an intense merger of East and West. This crucible was the cultural basis for creative expression in the arts and sciences. Its impact lasted well into the twentieth century. Both Satyajit Ray’s films and Amartya Sen’s economics come out of this milieu. Given the intimacy with which the Bhadralok experienced modernisation, it is not surprising that some of them did well for themselves. Their ideas of autonomy and creativity were perhaps not that different from a western artist or scientist.

Before the second world war, science was still a small-scale endeavour. The Bhadralok had access to about the same resources as those needed by a scientist in Boston or London. Post second world war big-science diminished Calcutta’s capacity to do first-rate scientific research. Big science needs resources that only a nation can provide. The close experience of British colonialism led to a direct connection between Calcutta and London (just as there is one now between Bangalore and Boston) but the connection bypassed the rest of India. After independence, the Bengali experience of the west became less intimate; the English left and the Americans who took over discovered other subjects and other enemies. While the colonizers experience of Bengal was central to Victorian modernity, late twentieth century technical and scientific modernity left Bengal all too alone. In a Shatranj-Ke-Khiladi moment, late twentieth century Calcutta pioneered one of the most effete public displays of knowledge - the quiz. Instead of challenging young minds to think new thoughts or build new gadgets, students in elite public schools and colleges were rewarded for remembering bizarre facts about the west. The Bournvita Quiz Contest with Neil O’Brien querying smug public school students about some obscure fact in Thakeray’s Vanity Fair or the history of some Sussex aristocrat marks the death of the Bengal Renaissance.

Macaulay for the masses

Meanwhile, a new class of consumers of western knowledge was emerging across India, a class that had its origins in an infamous decision of the first half of the nineteenth century. In his famous ‘minute of 2nd February 1835,’ Thomas Babington Macaulay voiced his rather poor opinion of indigenous systems of thought. Though he admitted utter ignorance of Sanskrit and Arabic, Macaulay had the benefit of knowing many an orientalist. From his conversations with them he inferred, “I have never found one among them (that is, European orientalists) who could deny that a single shelf of a good European library was worth the whole native literature of India and Arabia.”

While their political autonomy might have been lesser, I believe the Bhadralok in preindependence Calcutta had more swaraj-in-ideas than the scientist working in a national laboratory today.

An august dispute

Given such abysmal standards of knowledge, we Indians as a mass were unfit for the higher reaches of western wisdom - “it is impossible for us, with our limited means, to attempt to educate the body of the people”. Therefore, he suggested the English create an intermediary translator class: “We must at present do our best to form a class who may be interpreters between us and the millions whom we govern; a class of persons, Indian in blood and colour, but English in taste, in opinions, in morals, and in intellect. To that class we may leave it to refine the vernacular dialects of the country, to enrich those dialects with terms of science borrowed from the Western nomenclature, and to render them by degrees fit vehicles for conveying knowledge to the great mass of the population.”

From his description of the intermediary class, one might think the Bengali elite would have been perfectly suited for the task. However, I think they were too autonomous and too wealthy to be so subordinated. They also had accumulated enough social and cultural capital with their ‘Indian’ roots. From Rammohun Roy to Rabindranath Tagore and Amartya Sen, the Bhadralok knew Sanskrit, classical Indian philosophy and literature. The Bhadralok had too much swaraj within the empire to be confined to second-rate western knowledge. Instead Macaulay’s legacy burdened the emerging middle classes, the accountants and bookkeepers of the empire, people whom he would have scarcely thought fit for English education.

The lack of instruction in the creative aspects of western thought was not a problem. For one, they couldn’t have known that they were getting second-rate western knowledge since they had little acquaintance with western ideas and rightly didn’t expect to be taken seriously by the western world at all. They were equally suspicious about the effect of western influences on their rather conservative social universe. The new professional education didn’t perturb their social sensibilities much - there was no contradiction between being an accountant or engineer at work and an orthodox Hindu at home. These were the people who started working for the vast public sector created by the Indian nation soon after independence and it is they who took over the reins of scientific and technical institutions.

By education and by social background, the science establishments of post-independence India were staffed by the intellectual descendents of Macaulay’s revolution in Indian education. It was a strange form of education, which led to students having no formal acquaintance with Indian traditions of intellectual inquiry or exposure to the best traditions of western thought. The outcome of a conservative minded class not knowing its own traditions are there for all of us to see - the RSS-VHP flattening of Hindu traditions would have been unacceptable to a populace educated in its own culture.

This deeply stunted access to knowledge has also produced scientists and engineers who have different ambitions and expectations about their intellectual life from a C V Raman or Amartya Sen. They are straining for swaraj in a tightly constrained intellectual environment. While their political autonomy might have been lesser, I believe the Bhadralok in preindependence Calcutta had more swaraj-in-ideas than the scientist working in a national laboratory today. In the next part of this article, I will analyse establishment science, keeping this lack of gyan swaraj in mind.

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Culture History West Bengal

Cite this article

India Together (2007) ‘Science and swaraj in ideas’, India Together, 13 December 2007. https://indiatogether.org/swarajsci-opinions/

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  1. Pilid · 10 January 2008

    I have seldom found an article more incoherent and erroneous than this. The author says that 'the education system that Macaulay put in place was incapable of preparing us for scientific research or technological creativity'. C V Raman, Satyen Bose and M Vishevaraiah were all educated (there are surely others) in the very system that Macaulay devised. Were they all not outstanding scientists? The decline has arguably come much later – it is generally pointed out that few outstanding scientists with towering achievements have been produced of late which is long after Macaulay passed away – so the blame cannot rest with a system he wrongly devised but presumably with those who did not or could not do enough to change it. Next, he argues that the 'Macaulayite worldview reinforced a conservative worldview with a scientific façade'. Any book of history on 18th and 19th century India explains the profound depths to which our society had sunk at the time – the kinds of superstition, the absurd social practices, the tyrannical rigidities of the caste system (including that of scholarship) and basically a society so frozen in time, unchanged in the face of the winds of enlightenment blowing from Europe, in stark contrast to the Western world of the time. No wonder that Macaulay, Hegel and many other scholars did not have a high opinion of our society at the time and tried to reform society in the only way they knew – to make us like them. The English-educated middle class, on the other hand, despite their own upbringing in a society with such perverted values, were able to read and write in contrast to a vast and illiterate populace, understand and work the governmental system to some extent, become professionals in various fields including lawyers, doctors and engineers, and even becoming sufficiently proficient and bold enough to go further and challenge British rule in India. A number of leading members of the Congress party, the RSS including its founder, as well as in the Constituent assembly were from the middle class. If one looks at all the change that came about thanks to English education, the question I would pose is this: who is really the 'conservative' here and who the 'progressive' – the vast segment of India untouched by 'Macaulayite' education that wallowed in the miasma of ignorance and prejudice, or the relatively small but significant proportion, the so-called middle class, however traditional, that acquired enough knowledge to step out into the new and changing world of British India? The conclusion is inescapable: the much-vilified 'Macaulayite' system began the process of reform. Like any other education, it produced a few great minds and many mediocre ones. And like all social change, especially when imposed on a system so radically different in worldview and beliefs, the effort yielded a variety of graduates with a range of philosophical blends extending from the highly westernized to the traditionally orthodox, those completely wedded to the scientific spirit of inquiry to those profoundly convinced of the superiority of our traditional culture. Similar is the case in every country - In the US for example, only 28% of people are said to believe in the theory of evolution. It is mistaken to think that every individual, regardless of the nature of the education system, would be interested in intellectual inquiry. That is every bit as true with our own 'Macaulayite system'. The author appears to believe that there is a connection between having greater technical knowledge in the sciences and a liberal world view. Nothing could be further from the truth. There are many brilliant scientists who hold or have held world views and beliefs rooted in religious faith. A good example is the smart scientists today who have assisted in building bombs and perpetrating acts of terror. A liberal world view comes from a greater knowledge and understanding of the social sciences, not the technical ones. Lastly, his argument is that we are poor in technical methods (such as fixing an electrical problem) because of our culture. This is again not correct. The answer is rooted in economics – in a poor country where labour is cheap and goods are expensive, it makes sense to get someone with experience to fix even a minor infraction (doing it on one's own carries a greater risk of failure in the absence of experience and the worth of the item may be high enough to render this proposition unattractive).

  2. Amit Chandra Vutha · 13 January 2008

    This is a beautiful article, totally illuminating. I strongly agree that the newer scientific institutions have a resposibility to integrate the traditional worldviews with the so called "rational", "mordern" views, an in this lies the solution to our misplaced scientific temperaments.

  3. Chinmaya · 14 January 2008

    I cannot but disagree with the views expressed by Pilid. I think Dr. Raman, M Vishevaraiah do represent the kind of Holmeses the author talks of, rooted in Indian way of inquiry and expertise in areas they chose their profession in. Specific examples apart, the idea of using the British education system to 'enlighten' Indians from the inappropriateness of their superstitions itself is incorrect. Here, instead of setting right the wrongs of our system and developing on its fundamentally robust areas, we have gone ahead and replaced it by an alien system inherently inaccessible to the masses. I should also like to point out that English populace was taught to read and write 'English' first, which in India would have translated to the prevailing local language and culture. The relevance of the bookish knowledge to practical life as raised by the author is very valid, and as was pointed out in the comment, the blame lies partly on the emergent nation's leaders too for not having ensured this through reforms in the sector.It may be too much to ask of every citizen to inquire but is definitely required of them to be able to evaluate an alternative viewpoint against their traditionally learnt knowledge. As to poverty in technical methods, my experience till date has been to the contrary. I can quote several instances of my experience where adaptation of technology proves Indians are very dexterous, not the least being some projects listed on HoneyBEE (see Dr. Anil Gupta, IIMA). All said, my stance is that though there are obvious advantages India has had from the 'Macaulayite' education system, it is not that venerable either.

  4. Suhail · 18 January 2008

    I would think that Pilid's comments resemble the author's point of view so I cannot understand the nature of the incoherence nor the error of the article. Anyway, there is a point I would disagree with the author. I don't believe that the middle class Indians' preference to have someone else fix a light bulb is a source of reason behind India's poor technical methods because you do get to witness Indian students being able to develop good technical methods when introduced into an American or European educational system. I don't think handing middle class Indians bricks of Lego or training them to fix a light bulb would change/bring out potential technical abilities, though I feel it would be a good start. The author is right in saying that there is a need for a technical consciousness to be developed and spread to the Indian population, not as some intellectual exercise or philosophical trend, but as something gets under the skin of the Indian people and gets transmitted from one subsequent generation of Indians to the next.

  5. Vispi Jokhi · 26 January 2008

    We are all like the story of the elephant and the six blind men highlighting the exceptions while missing the larger picture. There is no doubt that we have inherited a faulty system of education wherein the teachers spout out information and expect it to be accepted as gospel truth rather than encouraging a spirit of inquiry. The fact that Indians have done well is not a credit to the system but a credit to individual brilliance and achievement. On the other hand English education gave India and Indians a great advantage especially after the advent of globalisation. The British and Macaulay had no altruist motives in their action and any benefits were incidental not intentional. However the author has certainly got his point of view across effectively enough.

  6. Ram · 15 February 2008

    I think, at the base of the author's article, are his conclusions on the Indian approach to problem-solving. He seems to differentiate theory and practice and classifies the current state of affairs in India as more theory-oriented. My first disagreement is that before any practice IS a theory. When a mechanic tries a new trick, he doesn't state explicitly his theory and hypothesis, but he is following the scientific method. And I'd say behind Holmes' detective activities was some idea or set of ideas. I believe that the GAP between theory and practice is where India has the biggest opportunity to improve. And the first step here is to take OWNERSHIP of the gap and the responsibility to fill the gap. India has problems and Indian theory has not yet helped alleviate a lot of these problems. Why? I'd say it's because our best practitioners have chosen to address the most lucrative problems for very valid economic reasons. Our engineers are attempting to solve the most lucrative problems (which are usually also the most well-defined) and there's nothing wrong with that. To achieve what the author wants the nation to achieve, we have to figure out how to motivate people/communities to take ownership of their problems and try various approaches to solving their problems, even if they fail a few times before succeeding. So long as the prevailing attitudes suggest some outside agent with the appropriate technical knowledge will come solve our problem, there won't be too many Holmes around. The works of Abdul Kalam and others to orient the educated students towards the various pressing challenges within India is a wonderful first step. While India hasn't solved her problems, she's at least on the right track. We do need to figure out how to best support and enable a spirit that makes our best practitioners take on our most difficult and least immediately-lucrative challenges for the simple pleasure of problem conquest.

  7. Naras · 19 June 2009

    A very good theme to discuss, and the thoughtful responses are a refreshing read. I humbly suggest that if the genuine ones among the Indian scientists can go back to their roots, they can find plenty of inspiring and creative ideas to resurrect. We do not know enough of our classics in Sanskrit, Kannada or Bengali to look for good ideas there. Is it not true that the European dark ages started when an alien system called Christianity took hegemonic hold? And that the European renaissance came when the intellectuals went back to Plato and Aristotle as a rebellion against the church? The back-to-roots movement caused the renaissance.