A great discussion on the history of India’s tech.

On February 27, the Bangalore International Centre and Carnegie India hosted a panel discussion around Midnight Machines, the new book by Arun Mohan Sukumar that traces the interplay of technology and politics in independent India (read The Wire Science‘s review here). The panelists were Arun (my friend and former colleague at The Hindu), space entrepreneur Susmita Mohanty, Rajya Sabha MP Rajeev Gowda, historian of science Jahnavi Phalkey, and Anu Singh of Carnegie India.

The whole discussion was about 90 minutes long, and picked up steam after the first 15 minutes or so. If you’re at all interested in the history of science and technology in India, I recommend you watch the whole thing on YouTube. If not, I’d like to draw your attention to two a few interesting (to me) passages of discussion and which I’ve also transcribed below. The parts where Arun and Phalkey directly debated each other, Arun emerged with only minor bruises, which I shouldn’t have to tell you is a considerable feat and may not have been the case in a full-on, two-person debate!

Jahnavi Phalkey, 32:00 – The political ambition of a state is now technological ambition. That’s why the technological story of the latter half of the 20th century is a political one, and is therefore also political in India. The other aspect of this is centralisation. While we in India have argued that the Indian state centralised research funding through the CSIR, DAE, the space programme, etc. with all money going into a few facilities, look at Europe. The European answer was CERN, with countries coming together to build facilities. Apart from the UN, there was no economy then that could conduct scientific research at the scale the tone for which was set during the Second World War.

Therefore, the centralisation solution adopted (also) in India was no different from what was happening globally. So what was happening in India was not anomalous. It’s a part of the larger story. To add a footnote to the Nehru story: Nehru spoke science, he said “scientific temper”, but look at the institutions he established: the IITs (when it was 60 years before India setup the IISERs) and the CSIR (he didn’t go for the Max Planck Institutes model, the Kaiser Wilhelm Institutes model or the Harnack principle but focused on industrial research); the IISc came 50 years before independence. So the accusation that Nehru spoke science, did science but didn’t do technology is not held out.

[At one point, Arun also talks about how India needed a Nehru to navigate the Non-Aligned Movement to still secure favours form different governments without upsetting the precarious balance of powers (so to speak) to help set up some of India’s preeminent IITs. I skimmed through the video twice but couldn’t find the exact timestamp.]

Arun Mohan Sukumar, 43:50 – A CSIR scientist said the failure of the solar cooker project basically ensured that all the scientists [who worked on it] retreated into the comfort of their labs and put them off “applied science”.

Here’s a project commenced almost immediately after independence meant to create technology by Indians for Indians, and after it failed for various reasons, the political spotlight that had been put on the project was counterproductive. Nehru himself investing this kind of capital exposed him and the scientific establishment to criticism that they were perhaps not used to. These were venerated men in their respective fields and they were perhaps unused to being accountable in this visceral way. India offered a prototype of the solar cooker to Egypt and, I believe, Rhodesia or South Africa, and the joke goes that the order was never repeated. D.D. Kosambi says in an opinion piece at the time that the only person who made any profit out of the solar cooker affair is the contractor who sold it for scraps.

This is the kind of criticism confronted by the scientific establishment and it is a consequence of politics. I agree with Prof Phalkey when she says it was a consequence of the political establishment not insulating the scientific establishment from the sort of criticism which may or may not informed but you know how the press is. That led to a gradual breaking of ranks between the CSIR and the political vision for India where you’d have these mass technologies that [Phalkey] mentioned, and you can see the best evidence for that is Nehru’s pursuit of massive industrialisation in the second Five Year Plan, from 1956 to 1961.

This isn’t to say that Nehru was surrounded by advisers who all believed in the same thing; there was of course [P.C.] Mahalanobis who believed in a more aggressive form of industrialisation. But at various points of time one constituency was trumping another, within even the establishment. But it needs to be said that the PM was not in favour of introducing tractors in agriculture… Again, this is all criticism with the wisdom of hindsight.

Jahnavi Phalkey, 53:16 – In the 1970s, look at the number of democratic regimes that fell due to hot wars fought during the Cold War in the rest of the world. You’ll start to see why the need for control was felt.

Arun Mohan Sukumar [following after Rajeev Gowda’s comments], 55:05 – Another dimension is the presence of universities in the US, which incubated the military-industrial complex. Harvard and MIT in Boston and Stanford in the Silicon Valley were the nuclei for research. In India, some of these are truly unfortunate circumstances that the government has no control over. When the first batch of graduates passed out of IIT Kanpur in 1965, Lyndon B. Johnson passed the Immigration and Naturalisation Act giving Indians, and people of other nationalities, an automatic path to citizenship. So the best minds of our country were prompted by the fact that there aren’t enough jobs or enough well-paying jobs in India [to enter] a feeder line created between India and the US, from which it is very difficult to come back. Those circumstances too must be acknowledged.

Susmita Mohanty, 56:20 – Even brain drain is hugely exaggerated. I’ve lived in four different countries. The talent pool we have in India today is as big or bigger. There are people leaving the country but not everyone is the best coder in town.

Arun Mohan Sukumar, 57:24 – The appropriate technology movement that started in the late 1960s and early 1970s was this philosophy that grew out of Western Europe and the US which called for lesser consumption of natural resources and labour-intensive jobs with a view to conserving resources for the planet, a lot of which was precipitated by a report called ‘Limits to Growth’, which essentially predicted this catastrophe that would befall humanity by 2000.

And then economist [E.F.] Schumacher writes this book called ‘Small is Beautiful’ [in 1973] and creates a revolution incidentally not just in advanced societies but also in developing countries, where leaders like Indira Gandhi coopted the movement to say to the people that you should consume less, conserve your natural resources and deploy labour-intensive technologies that will essentially be beneficial to you and your way of life. Seminar after seminar was organised by top institutes of the time to talk about how you can create fuel out of biogas, how you can mechanise bullock carts – technologies that are not scalable but nevertheless are quick-fixes, and this is where ‘jugaad’ has its historical origin: in the valorisation of frugal innovation.

[Phalkey shakes her head in disagreement.]

This would’ve been acceptable had it not been for the fact that investments in the space and nuclear programmes continued unabated. … So on the one hand the state was promoting big science and it wasn’t as if they had an ideological or political compulsion against Big Machine and big technologies. There was just factors such as financial considerations and the government’s own inability to develop technology at home which, I argue, led Indira Gandhi to co-opt the appropriate technology movement. … In India, perhaps it’s harsh to say that we moved backwards, but the objective was not to redefine technology but to shun it altogether. [Phalkey is quite in disagreement at this point.] That unfortunately is I feel a byproduct of the legacy of the 1970s.

Jahnavi Phalkey, 1:01:14 – I have to disagree because there’s been only one science plan in the country in its history, and that was done in the 1970s under Mrs Gandhi’s regime. Eighteen-hundred people from user ministries, the Planning Commission, scientific institutions and industry sat together over 18-24 months and came up with a comprehensive plan as to how to take research happening in the institutions and in the CSIR through Planning Commission allocation of money to the user ministries. We haven’t seen anything on this scale before or since.

Problem was as soon as Mrs Gandhi implemented the plan, she also implemented the Emergency. When the Emergency was pulled back, the Morarji Desai regime decided that India did not need [the science plan]. So the argument you’re making [addressing Arun] of scaling back on technology or technology as a solution to the social, political and other problems that India had was more due to the Janata regime and not Mrs Gandhi’s. One needs to make this small distinction because this was simply not true at the time.

Arun Mohan Sukumar, 1:06:09 – What was remarkable to me while writing this book was this factoid that comes from this book on the history of computing in India by C.R. Subramanian: he says the import of computers to India tripled during the years of the Emergency. For my life, I can’t imagine why! But it goes to show that despite the anti-automation protests of the 1970s and 1970s, and remember that 1978 is the year when IBM quit India for whatever reasons, there was beginning to be this gradual embrace of technology and which really takes off from the 1980s. And from the moment of liberalisation in 1991, it’s a different story altogether.

Some of these legacies continue to haunt us, whether it is popular protests against nuclear plants, which really came of age in the 1960s and 1970s, not just in India but also in other parts of the world. Some of that really bore on India as well, and I believe continued into the debate on genetically modified crops. If you ask a person who really has a strong opinion on these subjects, I wonder whether he or she would have a clear idea of what the technology is. But they evoke such strong views, and perhaps some of it is due to the constant politicisation of the virtues and vices of the technology.

Arun Mohan Sukumar, 1:09:04 – One of the reasons why the Indian opposition to the Human Genome Project was so pronounced in the early 1990s, when the hand of invitation was extended to the Indian government, was because the Vaccine Action programme signed by Rajiv Gandhi and Ronald Reagan just a few years ago ran into a great deal of controversy within and without government; defence ministry officials said here is an effort to take DNA materials from Indians to be turned against India as an agent of biological warfare, and all sorts of rubbish.

[How history repeats itself!]

Adding to this, some private institutes in the US were involved in smuggling anti-rabies vaccines into developing countries. All of this spooked the scientific establishment and which, the book argues, led to us staying away from the Human Genome Project.

… And we missed the bus. Today we say we are able to map the genome of some man from Jharkhand at a fraction of the cost – it is at a fraction of the cost because most of the work has already been done. There is some historical legacy there that unfortunately continues to haunt us.

[Susmita Mohanty mentions ISRO’s famous reluctance to share information about components of its civilian space programme.]

Jahnavi Phalkey, 1:12:26 – There’s also a little bit of politics to it. The information that NASA and ESA share is backed by a very, very, very strong politics of sharing. What can and cannot be shared are clearly divided.

Jahnavi Phalkey, 1:13:57 – If you begin with Robert Clive, we have a history of about 300 years of building suspicion. And to dismantle that kind of suspicion is going to take lots of work. I’m not saying to not have participated in the Human Genome Project but that it’s not a good thing to share or that we embark on certain projects. I think we might be erring on the side of caution.

Arun Mohan Sukumar, 1:17:58 – There are different kinds of technocracies, and the three people surveyed in the book [who represented those kinds] are M. Visvesvaraya, Vikram Sarabhai and Nandan Nilekani. They forged three different organisational structures within government (of course Visvesvaraya did so before independence), and they had different views of technology. I wouldn’t say there were all political animals but they certainly had a good appreciation of politics which was crucial to their success.

For example, Visvesvaraya was a very astute navigator of colonial-era politics but then resigned as the diwan of Mysore over what he perceived as anti-Brahmin protests in the Madras presidency and the threat of that spilling over into Mysore. Finally, after independence, his views were totally marginalised by the establishment of the time.

Sarabhai was in currency throughout but also in many respects was able to tell the leadership what it wanted to hear and at the same time insulate his own team from politics to the extent that ISRO today has a separate recruitment process. Some degree of autonomy was built-in.

Nilekani’s work on Aadhaar goes the exact opposite way: he is very clear that he does not want scientists or technologists running the programme beyond the infancy… He was very sure at the beginning that an IAS officer should be running UIDAI. We can debate the merits of the decision but the fact is, in his view and the view of the team, the technocracy could only survive if it was built from within government. Whereas when Sarabhai died, Satish Dhawan was brought from Caltech to run ISRO. It was very clear for the folks behind Aadhaar that that model would not have survived.

fin.

Featured image: The panelists (L-R): Arun Mohan Sukumar, Susmita Mohanty, Rajeev Gowda, Jahnavi Phalkey and Anu Singh.

A meeting with the PSA’s office

The Office of the Principal Scientific Adviser (PSA) organised a meeting with science communicators from around India on January 27, in New Delhi. Some of my notes from the meeting are displayed below, published with three caveats.

First, my notes are not to be treated as the minutes of the meeting; I only jotted down what I personally found interesting. Some 75% of the words in there are part of suggestions and recommendations advanced by different people; the remainder are, broadly, observations. They appear in no discernible order not because I jumbled them up but because participants offered both kinds of statements throughout. The meeting itself lasted for seven or so hours (including breaks for lunch and tea), so every single statement was also accompanied by extensive discussion. Finally, I have temporarily withheld some portions because I plan to discuss them in additional blog posts.

Second, the meeting followed the Chatham House Rules, which means I am not at liberty to attribute statements uttered during the course of the meeting to their human originators. I have also not identified my own words where possible not because I want to hide but because, by virtue of these ideas appearing on my blog, I take full responsibility (but not authorship) for their publicisation.

Third, though the meeting was organised by the Office of the PSA, its members were not the only ones of the government present at the meeting. Representatives of some other government-affiliated bodies were also in attendance. So statements obviously uttered by a government official – if any do come across that way – are not necessarily attributable to members of the Office of the PSA.


“We invest a lot in science, we don’t use it imaginatively enough.”

Three major science related issues:

  1. Climate change
  2. Dramatic consequences of our growth on biodiversity
  3. B/c of these two, how one issues addresses sustainable development
  • Different roles for journalists within and without the government
  • Meeting is about what each one of us can do — but what is that?
  • Each one of us can say “I could do better if only you could better empathise with what I do”
  • Need for skill-sharing events for science journalists/communicators
  • CSIR’s National Institute of Science Communication and Information Resources has a centre for science and media relations, and a national science library
  • Indian Council of Medical Research has a science communication policy but all press releases need to be okayed by health minister!
  • Knowledge making is wrapped up in identity
  • Regional language communicators don’t have access to press releases, etc. in regional languages, nor access to translators
  • Department of Science and Technology and IIT Kanpur working on machine-translations of scientific content of Wikipedia
  • Netherlands Science Foundation published a book compiling public responses to question ‘what do you think of science?’
  • In the process of teaching kids science, you can also get them to perform science and use the data (e.g. mapping nematode density in soil using Foldscope)
  • Slack group for science communicators, channels divided by topic
  • Leaders of scientific bodies need to be trained on how to deal with journalists, how to respond in interviews, etc.
  • Indian Space Research Organisation, Defence R&D Organisation and Department of Atomic Energy need to not be so shut off! What are they hiding? If nothing to hide, why aren’t they reachable?
  • Need structural reforms for institutional research outreach — can’t bank on skills, initiative of individual science communicators at institutes to ensure effective outreach
  • Need to decentralise PR efforts at institutions
  • People trained in science communication need to find jobs/employment
  • Pieces shortlisted for AWSAR award could be put on a CC BY-ND license so news publications can republish them en masse without edits
  • Please hold meetings like this at periodic intervals, let this not be a one-time thing
  • Issues with covering science: Lack of investment, few people covering science, not enough training opportunities, not enough science communication research in India
  • Need local meet-ups between journalists and scientists to get to know each other, facilitated by the government
  • Outreachers needn’t have to be highly regarded scientists, even grad students can give talks — and kids will come to listen
  • Twitter is an elite platform — science communicators that need to stay in touch need to do more; most science communicators don’t know each other!
  • Can we host one edition of the World Conference of Science Journalists in India?
  • What happened to the Indian Science Writers’ Association?
  • Today the mind is not without fear! The political climate is dire, people can’t freely speak their minds without fear of reprisal — only obvious that this should affect science journalism also
  • ISRO is a darling of the media, the government and the masses but has shit outreach! Rs 10,000 crore being spent on Gaganyaan but the amount of info on it in the public domain is poop.
  • CSIR’s Institute of Genomics and Integrative Biology is very open and accessible, director needs to be kept in the loop about some press interaction but that’s it; perhaps the same template can be recreated in other institutes?
  • Outreach at scientific institutions is a matter of trust: if director doesn’t trust scientists to speak up without permission, and if PR people don’t respond to emails or phone calls, impression is that there is no trust within the institute as well as that the institute would like journalists to not be curious
  • People trained in science communication (informally also) need a place to practice their newfound skills.
  • Private sector industry is in the blindspot of journalists
  • People can more easily relate to lived experiences; aesthetically pleasing (beautiful-looking) stories are important
  • Most people have not had access to the tools of science, we need to build more affordable and accessible tools
  • Don’t attribute to malfeasance what can be attributed to not paying attention, incompetence, etc.
  • Journalistic deep-dives are good but lack of resources to undertake, not many publications do it either, except maybe The Wire and Caravan; can science communicators and the government set up a longform mag together?
  • Create a national mentorship network where contact details of ‘mentors’ are shared and mentees enrolled in the programme can ask them questions, seek guidance, etc.
  • Consider setting up a ‘science media centre’ — but can existing and functional models in Australia and the UK be ported to India without facing any issues?
  • Entities like IndiaBioscience could handle biology research outreach for scientific institutes in, say, the South India region or Bangalore region with some support from the government. That would be better than an SMC-from-scratch.
  • Consider including science communication in government’s new draft Scientific Social Responsibility policy and other S&T innovation policies
  • Allocate a fixed portion of funding for research for public outreach and communication (such as 2%)
  • Need more formal recognition for science communication researchers within scientific institutions; members currently stuck in a limbo between outreach office and scientists, makes it difficult to acquire funds for work
  • Support individual citizen science initiatives
  • Need better distinction between outreach groups and press offices — we don’t have a good press office anywhere in the country! Press officers encourage journalistic activity, don’t just promote institute’s virtues but look out for the institute as situated in the country’s overall science and society landscape
  • Any plans to undertake similar deliberations on philosophy of science (including culture of research, ethics and moral responsibilities)?
  • Scientific institutions could consider hosting journalists for one day a month to get to know each other
  • What’s in it for the scientist to speak to a journalist about their work? Need stronger incentives — journalists can provide some of that by establishing trust with the scientist, but can journalists alone provide incentives? Is it even their responsibility?
  • Consider conducting a ‘scientific temper survey’ to understand science literacy as well as people’s perceptions of science — could help government formulate better policies, and communicators and journalists to better understand what exactly their challenges are
  • Need to formulate specific guidelines for science communication units at scientific research institutions as well as for funding agencies
  • Set up fellowships and grants for science communicators, but the government needs to think about attaching as few strings as possible to such assistance
  • Need for more government support for regional and local newspapers vis-à-vis covering science, especially local science
  • Need to use multimedia – especially short videos, podcasts illustrations and other aids – to communicate science instead of sticking to writing; visuals in particular could help surmount language barrier right away