Baber, Zaheer;
The Science of Empire: Scientific Knowledge, Civilization, and Colonial Rule in India
SUNY Press, 1996, 298 pages [gbook]
ISBN 0791429199, 9780791429198
topics: | history | science | british-india
As someone working for decades with direct personal concern with issues of scientific development in India, I found this book to be an eye-opener.
The research is solid, and some of the stories, such as the manner in which C.V. Raman, despite his laurel wreath of the Nobel, faced grave opposition - initially in Calcutta and later in Bangalore, make for a riveting read.
Many of the lessons and dichotomies continue in today's scientific research. Take for example the stance of Prafulla Chandra Ray, the iconic "scientist-chemist" in Bengali folklore. In his youth, he had been scornful of Gandhi's adoption of the "charkha" as a symbol for India, proposing heavy industrialization as a much more feasible path.
After returning from his D.Sc in Chemistry from Edinburgh, Ray set out with a vengeance on his industrial dream, setting up the path-breaking industry with nationalist overtones - the "Bengal Chemicals".
However, after several encounter with the rural masses during some disastrous floods, he revised his opinion:
At most 2 millions earn their bread in the industrial centres of India, but what of the remaining 318 million? Will you wait till Manchesters, Liverpools, Glasgows and Dundees spring up here and transfer 70% of the rural population to India? I am afraid you will have to wait until doomsday.
The industrial solution, which India has been trying for the last eight decades, has indeed created its own paradoxes. With increasing urbanization, rootless rural masses, and wide disparities of wealth, we are facing another crisis. These were the very problems that Ray (and of course, Gandhi) were intensely sensitive to.
In contrast to Ray, his student, Meghnad Saha emerged as a champion for industrialization and pushed through the program of public investment in heavy industries in the early years of the Planning Commission.
The dominant "colonialist" perspective was articulated by Charles Grant, James Mill, and T. B. Macaulay. [They] conceived the pre-British India as a veritable tabula rasa onto which modern science and technology had to be inscribed as part of the colonial civilizing mission. James Mill explicitly drew upon the Lockean concepttion of the mind as tabula rasa to understand India... In his magesterial The History of British India, JM devoted a considerable amount of energy in discussing various aspects of Indian sc & t to demonstrate what he perceived to be a serious lack of creativity and technological ingenuity. p.14
[ James Mill, father of James Stuart Mill, was the chief examiner at the East India Co in London; wrote The History of British India 1807-1818.
The work begins with a preface in which Mill makes virtues of having never visited India and of knowing none of its native languages. To him, these are guarantees of his objectivity, and he says –
A duly qualified man can obtain more knowledge of India in one year in his closet in England than he could obtain during the course of the longest life, by the use of his eyes and ears in India.[4] This type of disdain for first-hand knowledge of India was widely prevalent among Orientalists, who very rarely cite Indian authors, and then only disparagingly. ] Mill's evaluation was widely shared by TB Macaulay. Charles Grant, writing during the early phase of colonial rule, went even further in asserting that Except for a few brahmins, who consider concealment of their learning as part of their religion, the people are totally misled as to the system and phenomena of Nature : and their errors in this branch of science, upon which divers important conclusions rest, may be more easily demonstrated to them, than the absurdity and falsehood of their mythological legends. From the demonstration of the true cause of eclipses, the story of Eagoo and Ketoo, the dragons, who when the sun and the moon are obscured, are supposed to be assaulting them, a story which has hitherto been an article of religious faith, productive of religious services among the Hindoos, would fall to the ground ; the removal of one pillar, would weaken the fabrick of falsehood ; the discovery of one palpable error, would open the mind to farther conviction ; and the progessive discovery of truths hitherto unknown, would dissipate as many super- stitious chimeras, the parents of false fears, and false hopes. Every branch of natural philosophy might in time be introduced and diffused among the Hindoos. Their understandings would thence be strengthened, as well as their minds informed, and error be dispelled in proportion. ... Invention seems wholly torpid among them ; in a few things, they have improved by their intercourse with Europeans, of whose immense superiority they are at length convinced ... The Hindoos err, because they are ignorant and their errors have never fairly been laid before them. The communication of our light and knowledge to them, would prove the best remedy for their disorders ; and this remedy is proposed, from a full conviction, that if judiciously and patiently applied, it would have great and happy effects upon them : effects honourable and advantageous for us. [ Grant was a Director and later the Chairman of the East India Company; and also MP from Inverness, Scotland. w: In 1792, Grant wrote the tract "Observations on the State of Society among the Asiatic Subjects of Great Britain."[3] This famous essay pleaded for education and Christian mission to be tolerated in India alongside the East India Company's traditional commercial activity. It argued that India could be advanced socially and morally by compelling the Company to permit Christian missionaries into India, a view diametrically opposed to the long-held position of the East India Company that Christian missionary work in India conflicted with its commercial interests and should be prohibited. In 1797, Grant presented his essay to the Company's directors, and then later in 1813, along with the reformer William Wilberforce, successfully to the House of Commons. The Commons ordered its re-printing during the important debates on the renewal of the company's charter. see fulltext in http://www.wmcarey.edu/carey/grant/grant.htm also quoted in Syed Mahmood, English education in India (1781-1893.) http://www.archive.org/stream/historyofenglish00mahmuoft/historyofenglish00mahmuoft_djvu.txt ] From Mill's History of India: The Surya Sidhanta is the great repository of the astronomical knowledge of the Hindus. ... this book is itself the most satisfactory of all proofs of the low state of the science among the Hindus, and the rudeness of the people from whom it proceeds; that its fantastic absurdity is truly Hindu; that all we can learn from it are a few facts, the result of observations which required no skill; that its vague allegories and fanciful reflections prove nothing, or everything; that a resolute admirer may build upon them all the astronomical science of modern times; but a man who should divest his mind of the recollection of European discoveries, and ask what a people unacquainted with the science could learn from the Surya Sidhanta, would find it next to nothing. p.71 ... The Brahmen, seating himself on the ground, and arranging his shells before him, repeats the enigmatical verses that are to guide his calculation, and from his little tablets and palm-leaves, takes out the numbers that are to be employed in it. He obtains his result with wonderful certainty and expedition; but having little knowledge of the principles on which his rules are founded, and no anxiety to be better informed, he is perfectly satisfied, if, as it usually happens, the commencement and duration of the eclipse answer, within a few minutes, to his prediction. Beyond this, his astronomical inquiries never extend ; and his observations, when he makes any, go no further than to determine the meridian line, or the length of the day at the place where he observes." [Playfair, on the Astronomy of the Brahmens. Trans. Roy. Soc. Edill ii. 138, 139.] Scarcely can there be drawn a stronger picture than this of the rude and infant state of astronomy. The Brahmen, making his calculation by shells, is an exact resemblance of the rude American performing the same operation by knots on a string; and both of them exhibit a practice which then only prevails; either when the more ingenious and commodious method of ciphering, or accounting by written signs, is unknown; or when the human mind is too rude and too weak to break through the force of an inveterate custom. p.73 Exactly in proportion as Utility is the object of every pursuit, may we regard a nation as civilized. Exactly in proportion as its ingenuity is wasted on contemptible and mischievous objects, though it may be, in itself, an ingenuity of no ordinary kind, the nation may safely be denominated barbarous. p.105 - James Mill, The history of British India
The saqiya, or the Persian wheel, was most probably introduced in India from the Near East. Its widespread use in the thirteenth century is supported by a wide range of documentary evidence. As setting up the saqiya involved a fair amount of expenditure, it was generally in use in agriculturally prosperous areas, or under state patronage. For instance, according to the Sirat-i Firuz Shahi, a number of these devices were installed in the area around the capital city of Firozabad under the reign of Firuz Shah (13511388). The classic description of the use of the saqiya in northern India comes from the first Mughal ruler Babar's memoirs, penned in 1525: In Lahor, Dibalpur and those parts, people water by means of a wheel. They make two circles of ropes long enough to suit the depth of the well, fix strips of wood between them, and on these fasten pitchers. The ropes with the wood and attached pitchers are put over the well-wheel. At one end of the wheel-axle a second wheel is fixed, and close to it another on an upright axle. This last wheel the bullock turns; its teeth catch in the teeth of the second, and thus the wheel with the pitchers is turned. A trough is set where the water empties from the pitchers and from this the water is conveyed everywhere. [Babur-nama, Beveridge, 1970:486] From the detailed description provided by Babar, it is clear that the device was a novelty for him. Although some scholars have adduced documentary evidence to argue for the presence of the saqiya in ancient India, the historian A. L. Basham has argued that "the Persian wheel turned by an ox, is nowhere clearly mentioned in early sources, though it may have been used." Unlike the saqiya, another irrigation device, the noria was an indigenous Indian innovation. As Joseph Needham has pointed out, there are references in Pali to a Cakkavattaka (turning wheel) and commentaries on arahatta-ghati-yantra, or a machine with water-pots attached to it. [This device is known in contemporary India as rahat - abbreviated from the arahatta-ghati-yantra] Irfan Habib also agrees with the documentary evidence that indicates that the device known as the "araghatta or ghati-yantra was in use at least since the time of Christ." [Habib, 1970: 149.] Finally, a Buddhist text dating from the second century B.C. to the second century A.D., records an instruction from the Buddha to Ananda to make a mandala like a waterwheel so as to show the cycle of rebirths. These factors, together with other documentary evidence, lead Needham to conclude that "provisionally we may adopt the hypothesis that it was invented in India, reaching the Hellenistic world in the 1st century and China in the 2nd."Indian reaction to Colonial science
[T]he emergent urban elite or the bhadralok, represented by Raja Ram Mohun Roy were the direct beneficiaries of the Permanent Settlement, which had resulted in the gradual elimination of the older aristocracy. Having acquired an economic position and status in the traditional society, members of this stratum sought to legitimize and consolidate their position in the emerging colonial society. In this context, their yearning for Western education and science, while not inevitable, was not surprising. Even for those Indians in Bengal who were not part of the bhadralok community, education in Western science and English was perceived as the main avenue for achieving that status. As the Simon Commission report observed, "the school is one gate to the society of the Bhadralok." [Cited in Kapil Raj, 1991: 120.] Raja Rammohun Roy's appeal to Lord Amherst against the establishment of the proposed Sanskrit college, which he claimed, "can only be expected to load the minds of youth with grammatical niceties and metaphysical distinctions of little or no practicable use to the possessors or society," articulated the views of this class. Well versed in the Hindu and Muslim scriptures and influenced by Unitarian ideas, Roy's appeal to Amherst constituted a larger theistic project of reinterpreting Vedanta in the "light of modern science and modern progress." p.225-6 S. I. Habib and D. Raina, 1991: 57, 59. For good discussions of the complexities of Roy's views, see V. C. Joshi, Rammohun Roy and the process of modernization in India, 1975.Syed Ahmad Khan and the Aligarh Scientific Society
Roy's counterpart [among the Muslims] was the educationist and scholar Sir Syed Ahmad Khan... While reflecting on the social changes wrought by colonial rule in Bengal, Sir Syed, as well as most colonial administrators, had noticed that Muslims were noticeably under-represented in English schools and in the colonial administration. Predictably enough, early colonial administrators had attributed the perceived lack of interest of the Muslims in English education and science to cultural factors or hostility towards the British as they had wrested control of Bengal from the erstwhile Muslim rulers. However, by the late nineteenth century, a senior colonial administrator like W. W. Hunter had explicitly argued that previous colonial policy, especially the Permanent Settlement, was responsible for the elimination of the Muslim aristocracy and that the administration had favored the Hindu elites. That the Muslims were generally hostile to British rule and alienated from English education was evident in the early period of colonial rule, but W. W. Hunter had rejected purely culturalist explanations. In a report titled "Our Indian Musalmans: Are They Bound in Conscience to Rebel Against the Queen?", Hunter had argued that the Mohammadans have now sunk so low that, even when qualified for Government employment, they are studiously kept out of it by Government notification. - W. W. Hunter, quoted in Dietrich Reetz, 1988: 208. See also Hunter, 1872. An excellent discussion of the larger structural and historical context of the Muslim response to English education can be found in Aminur Rahim, 1992. Sir Syed's educational project in the mid-nineteenth century can be located in the realization that while the Hindu middle classes and elites in Bengal, Madras, and Bombay presidencies seemed to be thriving under colonial rule, such was not generally the case for Muslims. To explain why Muslims in general had kept aloof from Western education, Sir Syed had invoked a combination of cultural and structural factors that included "social customs," "religious beliefs," "political traditions" and "poverty." It was the aim of enabling the Muslim community to participate more actively in colonial society, just as Ram Mohun Roy had done so a few decades earlier, that explains Sir Syed's modernist response to science, technology, and English education. Like Roy, Sir Syed was well versed in the Quran and other Muslim religious scriptures, and he sought to interpret Islam in "the light of reason" by arguing that "any religion which is true or claims to be true cannot contain such elements in it as are contrary to nature and offend human reason." Sir Syed believed that in order to attain social mobility in the colonial setting, a Muslim needed to have "philosophy in his right hand and natural science in the left." [Habib & Raina 59] Echoing Ram Mohun Roy's views, Sir Syed argued, Up to the present time the indigenous education of the country has been (like that of Europe at no very distant period) confined to the study of language and metaphysics, which though it undoubtedly serves to increase the mental acuteness of the learner, gives rise to none of those practical results which have been the fruits of the study of positive science amongst European nations. [Syed Ahmad, cited in Habib, 1991: 141] The Aligarh Scientific Society was established by Sir Syed in 1864, with the expressly stated goal of "causing the blessed morning of civilization to dawn on the night of ignorance and darkness which for ages has retarded the advance of this country." The resonance of the views of Charles Grant and James Mill is evident in the program of the Aligarh Scientific Society. In fact, one of the books that the Society translated into Urdu was James Mill's Elements of Political Economy. These efforts at popularizing modern Western science through the medium of the vernacular were met with outright hostility by the Muslim clerics. Sir Syed was labeled a "Hindustani Natury," because, as one of the clerics explained, "Ahmad Khan in order to gain benefits from the British and to destroy the Muslims became an agnostic. By playing the role of an agnostic and natury he wanted to prove that nothing existed in the world except nature and natural intellect." - Jamaluddin Afghani, quoted in Habib, 1991: 148. Sir Syed's assertion that he was not in fact hostile to religion and had complete mastery over the religious texts, evoked the sarcastic response that he was as "skilled in religion as a monkey who has fallen into a pan of indigo considers himself to be a peacock." In the long run, Sir Syed's project led to the establishment of the Mohammedan Anglo-Oriental College in 1877, later to become the Aligarh Muslim University, where instruction in Western science was offered.Mahendar Lal Sircar and the Indian Assocn for Cultivation of Science
By the late nineteenth century, many Indians responded enthusiastically to the introduction of Western science and technology, but they were discouraged by the heavy emphasis on applied technical education and the visible neglect of theoretical scientific research and teaching. Such a policy was reinforced by the prevailing view in the colonial administration and in England that Indians were incapable of engaging in fundamental scientific research. As a consequence, when scientific teaching was introduced in higher education at Presidency College, Calcutta, qualified Indians were denied positions, and faculty members were recruited from England. The discrimination against Indian scientists can be illustrated by examining the experience of two outstanding Indian scientists of the time.Discrimination against J.C. Bose and P.C. Ray
J. C. Bose had trained at Cambridge under Rayleigh and Francis Darwin, and his work had evoked enthusiastic response from leading English physicists like Kelvin and William Ramsay. Kelvin, for example, had written that he was "literally filled with wonder and admiration" for Bose's work. When Bose returned to India in 1885, the principal of Presidency College objected strongly to his appointment as a junior professor of physics. He was eventually allowed to take up the position only if he agreed to receive two-thirds of the regular salary. Bose accepted the position but registered his protest at the treatment meted out to him by never touching his monthly check. [Shiv Visvanathan; 1985. Organizing for Science: The Making of an Industrial Laboratory. OUP. p.28.] P. C. Ray, another outstanding scientist, obtained his D.Sc. in chemistry from Edinburgh and returned to India in 1888, hoping for an appointment in the Bengal Educational Service, but had to wait for over a year before being appointed to the position of a temporary assistant professor. Ray protested, contending that "if a British chemist of my qualifications were present, he would have been appointed immediately by the Secretary of State to the Imperial Service." These were just two outstanding Indian scientists, and part of the anglicized intelligentsia, who were denied positions and therefore opportunities for research due to pervasive racism in that period.174Patrick Geddes, a British administrator and the pioneer of sociology in India, aptly summarized the prevailing conditions in the following words: There was a strong doubt, not to say prejudice against the capacity of an Indian to take any important position in science. [I]t was assumed that India had no aptitude for the exact methods of science. For science therefore India must look to the West for teachers. This view was accepted and so strongly maintained in the education department that when Bose was appointed officiating Professor of Physics in Presidency College, its Principal objected on the above grounds. [Patrick Geddes, quoted in Visvanathan, 1985: 28] It was under these conditions that the Indian Association for the Cultivation of Science (IACS) was established due to the initiative of Mahendar Lal Sircar. Although the association was formally established in 1876, i.e., about a decade before J. C. Bose and P. C. Ray experienced problems in gaining employment as scientists, the situation had been far worse earlier. Mahendar Lal Sircar's appeal for the establishment of an institution that would combine teaching and scientific research and would be "entirely under native management and control," attracted funds from a number of Indian patrons. At the first meeting of the association, Sircar criticized the exclusive focus of the colonial government on technical education and observed "with deep regret that our government has hitherto afforded no opportunity nor afforded any encouragement to the pursuit of science by natives of this country." He bemoaned the fact that the colonial "government has to bring out men from England whenever any necessity arises for carrying on investigations in any subject and even for professorships in its educational institutions," and he hoped that in the face of discriminations against Indian scientists, the IACS would demonstrate that "despite the inherited submission to a foreign yoke we have inherited a mind not inferior in its endowments to the mind of any nation on earth." Sircar emphasized a combination of teaching and research since "nothing enables a man to learn as well and as thoroughly as the necessity to teach." However, not all Indians shared Sircar's ideas. His plan for founding an institution was opposed by members of the Indian League who believed that Indians were not yet capable of undertaking basic scientific research and should continue to work on purely technical problems. The chairman of the Indian League, K. M. Banerjee disagreed with the IACS's goal of attaining "personal independence with the acquisition of knowledge and the attainment of university degrees and Honours." He argued that no one could hail the day with greater favor than himself if that scheme could give rise to Indian Galileos, Indian Newtons, Indian Herschels [but] existing circumstances compel him and his friends to think of utilizing the discoveries already made before aspiring after such discoveries." - Rev. K. M. Banerjee, quoted in Chittabrata Palit, 1991 "Mahendar Lal Sircar, 1833-1904: The Quest for National Science." In Science and Empire: Essays in Indian Context, ; 1700-1947. Edited by D. Kumar. Delhi: Anamika Prakashan. The objections of the Indian League were rebutted by Rev. Eugene Lafont, a science teacher associated with the IACS. Lafont defended Sircar's plan by arguing that, The Scientific Association was not intended to produce Newtons, Galileos and Herschels, though even that was not impossible... its primary object was very different [The Indian League] wanted to transform the Hindus into a number of mechanics requiring for ever European supervision whereas Dr. Sircar's object was to emancipate in the long run his countrymen from this humiliating bondage. To the charge of the Indian League that basic scientific research was irrelevant, Sircar responded by arguing that he did not deny the importance of technical education, but that "preliminary scientific education must precede scientific education, and before making provision to establish the former on a secure basis, it would be madness to waste energy and fritter away funds for the mere name of technical education." The Indian Association for the Cultivation of Science was formally established in 1876, and the scientists associated with it began offering courses in a number of fields. In the next few years, with funds from a number of Indians, including an unsolicited grant from the maharaja of Vizianagram, a laboratory equipped with instruments introduced into India for the first time was established. The IACS funded and supported basic research for a number of Indian scientists, and an entire school of Indian physicists was trained at its Cultivation of Science Laboratory. Sircar's understanding that the Indian scientists would not thrive under the colonial system of education was vindicated when C. V. Raman, one of the students of the IACS who was expected to be "the brightest ornament of the Association," became the first Asian scientist to win the Nobel Prize for theoretical physics in 1930 for the discovery of the "Raman effect."P.C. Ray on Industrialization
In his efforts to demonstrate that theoretical chemistry could be harnessed to industrial growth, Ray had established a number of industrial concerns... However, by the late twenties, Ray had lost confidence in the program of heavy industrialization being promoted by his own students at University College. Earlier, he had dismissed Gandhi's views on heavy industrialization but had now become one of its most committed advocates. As he recounted: Ever since my college days in the eighties of the last century I have been a devoted student of Western Science and I have tried my best to divert science to practical application. It has been my privilege to be instrumental in introducing in Bengal at least one aspect of science [T]he great experimental chemist Liebig laid down that the industrial progress of a country was measured by the output of its sulphuric acid. And it so happens that I am intimately associated with several concernsone which manufactures soap in large quantities and another BPCW, which bids fair to be the biggest producer of India of sulphuric acid and its accessory products. When Mahatmaji [Gandhi] in 1921 first made the Charkha the symbol of the new movement, I myself, a staunch believer in mechanization, laughed at this relic of medievalism. However, it was during his involvement with a series of flood and relief operations in Bengal that Ray began to question his commitment to heavy industrialization through the application of science and found Gandhi's views more appealing. To those who were proponents of heavy industries, Ray posed the question: "At the most 2 millions earn their bread in the industrial centres of India, but what of the remaining 318 million? Will you wait till Manchesters, Liverpools, Glasgows and Dundees spring up here and transfer 70% of the rural population to India? I am afraid you will have to wait until doomsday." While criticizing the proposal for building heavy industries by other Indian scientists, Ray emphasized that he was not completely against all industrialization. As he put it: The problem of distribution is not a whit less important than the problem of production; what do we gain if millions of our countrymen starve while a few fatten on unnatural grain? I need not be understood as saying all big scale industries should be smashed. The thing cannot be disposed away so airily. ... But surely you will agree with me that if the same result can be brought about by means much less harmful, surely that is preferable. [compare Gandhi: God forbid that India should ever take to industrialization after the manner of the West. The economic imperialism of a tiny island kingdom (England) is today keeping the world in chains. If an entire nation of 300 million took to similar economic exploitation, it would strip the world bare like locusts. [quoted in Ramachandra Guha, "Towards a Cross-Cultural Environmental Ethic." Alternatives 15: 431-47. 1990 ] However, the views of P. C. Ray were not acceptable to his students, particularly Meghnad Saha, who was by now the leading Indian astrophysicist and was also actively involved in the emerging politics of the Indian National Congress. The Indian National Congress had advocated a program of heavy industrialization almost immediately after its inception. This advocacy was muted only during the period when Gandhi had assumed the leadership of the party, but although his emphasis on cottage and village industries had been incorporated within the party program, those who held such views did not constitute the dominant faction. In 1935, when the Government of India Act conferred a more active role on the Congress party, the views of the faction that espoused Gandhi's ideas were audible but not very influential. The worldview of the party was articulated by Jawaharlal Nehru in 1937. Nehru asserted, Congress represents science, and science is the spirit of the age and the dominating factor of the modern world. Even more than the present, the future belongs to science and to those who make friends with science and seek its help for the advance of humanity. [J. Nehru, quoted in Jagdish N. Sinha, 1991: 169.] Following the provisions of the Government of India Act, elections were held in 1937, and Congress ministries were formed in most of the provinces. In 1938 a National Planning committee was convened with Nehru as its chairman. The Planning committee included a number of industrialists, and most importantly, the leading proponent of heavy industrialization, and P. C. Ray's student, Meghnad Saha. In 1934, Saha, together with a group of leading Indian scientists [including: J.N. Mukerjee, J.C. Ghosh, S.K. Mitra] had established the Indian Science News Association and an influential journal, Science and Culture. This association of scientists which came to be known as the "Science and Culture Group," advocated the utilization of scientific knowledge for heavy industrialization. Impressed both by the results of planned industrialization in the Soviet Union and the project of the Tennessee Valley Authority, Saha and his group vigorously criticised the Gandhian program in the pages of Science and Culture. Saha alone published a staggering number of 2,100 articles and 4,600 notes attacking "Gandhian regressiveness." In one editorial, he argued that we do not for a moment believe that better and happier conditions of life can be created by discarding modern scientific techniques and reverting back to the spinning wheel, the loin cloth and the bullock cart."Gandhi's view of Scientific Truth and ahiMsa
[see article by Govind Madhav, on Science, Truth and Gandhi - Divergence and Convergence, http://www.mkgandhi.org/articles/science-truth-and-gandhi.html : Gandhi's criticisms of science emanated not only from the blind application of science but also from the methods and practices of scientists to acquire scientific knowledge. He advocated for the incorporation of "theo-centric" humanism within the body of science and technical practices to bring back the much needed humility in man and to put an end to the arrogance prevalent today in the pursuit of knowledge and its application. Gandhi's quest for truth was not for its own sake, but for some immediate or near future applications. For him an idea or theory which could not be put into practice had no value or worth. Gandhi always believed that no matter what your convictions are, they are worthless if you do not implement them with deeds or rather they are worse than worthless. Not to practice what one believes is untruth; I would say dishonesty. [quoted in George Sarton, "Experiments with Truth by Faraday, Darwin and Gandhi". Osiris. Vol. 11(1954), p. 94.] However, Gandhi argued that real progress in our knowledge and techniques will come through our dispassionate dedication to our vocation. We find a strong symmetrical conviction in Gandhian thought to prove that hiMsa or violence could be conquered only through ahiMsa or non-violence. Truth is self-evident in the sense that it does not require to be proclaimed forcefully. ... the champion of truth or the seeker of truth must have strong faith in the power of truth and he must show patience and calm in realizing the truth. Gandhi made continuous experiments to arrive at the truth and succeeded in proving that eternal peace could be achieved only through non-violent pursuit of truth (Satyagraha). Thus, although Gandhi's notion of truth transcended the narrow conception of truth articulated by mainstream science, he saw great possibilities in science to realize 'the Ultimate Truth.' (traces Gandhi's image as 'anti-science' and 'anti-technology' partly to Saha's "Science and Culture group". ]Saha rebutting Gandhi's anti-capitalism stance
While admitting that "it is a fact that a large section of the masses have suffered terribly from the effects of industrialism as practised in India today, which amounts to the exploitation of the masses for the benefit of the few," Saha, to use Shiv Visvanathan's words, conjured a Saint-Simonian vision by arguing, [R]ivalry amongst nations should give way to co-operative construction and the politician should hand over his functions to an international board of trained scientific industrialists, economists and eugenists who would think in terms of the whole world and derive means by which more and more of the necessities of life can be got out of the earth. It may be a dream, but it is feasible provided the educational programme of the coming generation is thoroughly revised. A new educational scheme should be devised by a world congress of the foremost thinkers like Bergson, Einstein, Russell, Smuts, Spengler and others, with the special objective of weeding out medieval passions from the minds of coming generations and for training them to a proper grip and sufficient appreciation of the beauty and power of science. Criticizing Gandhian views publicly was a sensitive issue, and Saha was asked to recant his earlier views on Gandhi as a precondition for receiving the party's nomination. He refused to recant because I believe and have proved that this insistence on primitive technology shows a very retrograde and antiscientific mentality, and persons who are wedded to this mentality would bring disaster to the country when they are in power. A new educational scheme should be devised by a world congress of the foremost thinkers like Bergson, Einstein, Russell, Smuts, Spengler and others, with the special objective of weeding out medieval passions from the minds of coming generations and for training them to a proper grip and sufficiennt appreciation of the beauty and power of science. [Saha, quoted in R. S. Anderson, 1975: 60] Ultimately Saha contested the elections as an independent candidate against the Congress nominee, and despite popular support for the Congress party, he was elected as a member of the Parliament in 1951. The leading astrophysicist of India was now a formally accredited politician. Despite the temporary friction between him and the Congress party, Saha, the group of scientists associated with Science and Culture, as well as other like-minded scientists were extremely influential within the administration, and were instrumental in setting the agenda for the application of science and technology with the aim of developing heavy industries.Srinivasa Ramanujan
Hardy attempted to teach Ramanujan the fundamentals of mathematics as he thought it was "impossible to allow him to go through life supposing that all the zeros of the zeta function were real," but he soon discovered that although "in a measure I succeeded ... I learnt more from him than he learnt from me." [quoted in Masters, C. W. 1992. "Divinely Numerate." Times Literary Supplement. February 21-22. This quote does not seem to appear elsewhere.] Another Cambridge mathematician who attempted to teach him then fundamentals of mathematics found the experience "like writing on a blackboard covered with excerpts from a more interesting lecture." [cites as quoted in Masters, C. W. 1992. "Divinely Numerate." Times Literary Supplement. February 21-22.; the mathematician may have been W.H. Young, father of Lawrence Young.] Although Ramanujan died at the young age of thirty-three, he was, as one of his teachers at Cambridge remarked, "a mathematician so great that his name transcends jealousies." [also cites Masters. The remark is from E.H. Neville, in a 1941 speech broadcast over All India Radio in Hindi; compiled in Ramanujan: Essays and Surveys by Bruce C. Berndt, Robert Alexander Rankin, 2001 p.107.] [Neville was the same age as Ramanujan, and travelled with him on the ship voyage to Cambridge. For some months, Ramanujan also stayed at Neville's house. ]