Science’s merit claims
The progress of university-based modern science has its foundations in the dismantling of centuries-held superstitious beliefs. Perhaps given its fashioning in the renaissance cauldron in tumultuous 14th–17th-century Europe, science has taken on itself the noble task of delivering us from falsehoods. For postcolonial societies like ours, pursuit of university-based education thus becomes akin to shedding tradition, losing the stuff that came from the irrational and the unfounded, to embrace the proven and tested. Science becomes a tool for adjudicating knowledge itself, at least the science that is often accessed by the meritorious among us, the ‘truly deserving’: the doctors, the engineers and the scientists, the ones who would like to bring forth the fruits of such meritorious sciences to uplift society. This is often cast as an apparently noble endeavour of generously sharing the fruits of our merit with the wider society.
Modern science and technology have certainly lived up to their promise; there have been enormous strides in terms of understanding the world around us as well as modifying and bending it to our needs. Besides the ability to extract natural resources and create megastructures like dams, satellites and the information communication architecture, modern science is also a sociopolitical animal, demanding a seat at the public policy table and promising societal awakening through evidence-based solutions to the wicked problems of our time. Coming from public policy and planning literature, characterisation of the biggest challenges facing society today as wicked stems from the social complexity that underlies these challenges. Urban planning, health inequalities, climate change and community engagement are few examples of such problems that require humbler and more participatory approaches as opposed to authoritative and overcentralised approaches that often are our immediate response.1 Advanced scientific research methods like randomised control trials (RCTs) that had their origins in proving whether a given substance can be effective as a treatment (even cure) of human disease today make a play at addressing poverty and improving public health. The 2019 Nobel Prize for Economics to Banerjee, Duflo and Kremer who have been champions of using RCTs to solve development issues marks the culmination of the arrival of economics in public policy. Economics is a social science where theories and concepts are advanced as explanations rather than as universal truths (cf. gravity in the natural sciences). The jump from the use of RCTs in clinical medicine to economics and public policy has happened with limited adaptations. Today, economists design social experiments that help establish the effectiveness of one development approach over another after testing them in ‘controlled conditions’. While the idea of creating controlled conditions for experimentation within societies can itself be debated along ethical lines, there is also the lack of a reasonable scholarship in economics from the Global South (eg, South Asia and Africa) where such approaches are increasingly being tried out.2
What stands out though is the higher intellectual pursuit of a few, within academia and knowledge-based communities, which is aimed at delivering equity and justice for all. Even outside economics, in general, science and scientific approaches are today pursuits of intelligent few who have demonstrated high academic merit to attain positions of respect in universities and academia. In addition, they also aim to provide us tools to shape and even ‘fix’ societies. Those that have seen the light through PhDs and research chairs in these evidence-based public policy communities spanning public health, economics and development scholarship possess a higher truth that is inaccessible to the unlettered, unfamiliar to equally lettered but in another discipline (a PhD in sociology, eg, may be excused from knowing the intricacies of the immunology of the COVID-19 vaccine), or un-understandable to many others who may be insufficiently literate. For instance, current definitions of literacy do not automatically translate into abilities to engage in scientific debates. The nature of these debates and their paywalled and English-language platforms are such that literacy may be necessary but not sufficient to engage in scientific debates. This is in no small part due to the reproduction of social inequities within educational institutions and scientific establishment. See, for instance, the stereotype in portrayal of ‘rock stars in science’.3
In one quick sweep, the intended beneficiaries of these sciences are robbed of any stake in their own deliverance. Whom can we blame but the individual, if they were not smart enough to get university education or if they were unable to get to a sufficiently reputed university.