Statement on Scientific
Temper in the Current Context (Feb 2024)
Executive Summary There is an urgent need for a renewed commitment to evidence-basedreasoning,
critical thinking and a scientific approach in India, especially amidst growing
socio-political movements that challenge a scientific temper and universal knowledge
production based on commonly agreed methods and understanding. Given changes in society and technology since
the earlier declarations on scientific temper in 1981 and 2011, we emphasise
the importance of embracing natural and social sciences, humanities, and the
experiences of ordinary people in the common endeavour to combat the post-truth
culture, the intentional promotion of ignorance, and diminishing trust in
science exacerbated by misuse of technology. We call for action across three
fronts: the State's role, the involvement of scientific and academic
institutions, and societal influence to combat the undermining of science by
the State, the erosion of academic freedom, and the spread of pseudo-science
and unscientific beliefs. We urge scientists, intellectuals, and other
like-minded individuals to support evidence-based thinking and policy-making,
and to uphold constitutional values to foster a scientific temper. .
Introduction Since
the Coonoor Statement on Scientific Temper in 1981 and the Palampur Declaration
in 2011, there have been significant socio-political changes in India and
around the world. Briefly, these earlier Statements had emphasised the
importance of fostering a scientific attitude among the people for development
and social advancement. Over time, movements promoting scientific temper in
India have also evolved in accordance with changing public perceptions of science and technology (S&T).
Recently, new challenges have emerged in India in the form of powerful
socio-political movements backed by State power that seek to oppose any
scientific approach, evidence-based
reasoning or, indeed, any approach that acknowledges universal scientific
knowledge. Globally, a post-truth culture is spreading, marked by a deliberate
spreading of ignorance and an anti-intellectual
atmosphere, and a diminishing trust in science. It is ironic that technology,
part of the broad umbrella of science, is being harnessed to support these
trends through social media, such that manufactured sentiment, prejudice, false narratives,
baseless opinions and conspiracy theories gain acceptance as valid ways of
thinking.
Against this background, the current situation requires a renewed
commitment to robust evidence-based reasoning, drawing from accumulated
knowledge in the natural and social sciences, and humanities, as well as from
the know-how and experiences of working
people. Such reasoning aligns with well-recognized methodologies of different
disciplines, including emerging inter-disciplinary research, applicable not
only in academic environments but also in public discourse and understanding.
Both scientists and lay practitioners need to actively embrace and popularize these
methods in light of the new socio-political realities in India.
This contemporary declaration on Scientific Temper has become essential,
to address present challenges. This Statement shall not undertake a critical
review of the previous Statements/Declarations or debate their points. Instead, it
acknowledges past debates and critiques, incorporating their essence into the
current Statement, recognizing the commonality of scientific disciplines and
their methodologies. Rather than revisiting old debates, the focus here is on
delineating the significant challenges faced in contemporary India for the
Constitutionally mandated task of promoting scientific temper, the spirit of inquiry,
and humanism. Knowledge production and advancement through purposeful discovery and
evidence-based reasoning, including through consideration of diverse opinions, is currently under severe threat
both in academia and in society at large,
Dangerous new theatre As noted
earlier, the arena for fostering scientific temper has evolved significantly in
recent decades, becoming increasingly contested, Including from aggressive
socio-cultural forces as well as governmental policies and administrative
measures antagonistic to scientific temper.. The current situation in India
demands critical understanding and action on three nter-related fronts: the
role of the State and polity, the character and function scientific research and academic institutions,
and malign influences in society and among the general public.
Article 51A(h) of the Constitution of India speaks of the duty of citizens
to promote scientific temper. There is concern
in some quarters that responsibilities of the the State in this regard have not
been adequately highlighted. While it
might have been assumed that the State's primary responsibility is implicit
when citizens are called upon for certain duties, there is a need for a clearer
delineation of the State's role.
Role of the State In the initial post-Independence
decades, the Indian State placed significant trust in scientists[1] and
scientific institutions. Development policies were evidencei-driven, with
research institutions and centres of excellence enjoying high priority and
prestige, and enjoying substantial autonomy. Documents like the Industrial
Policy Resolution and a unique Scientific Policy Resolution were foundational
to planned development, guided by a multi-disciplinary group of experts in the
Planning Commission. Independent scientists and social scientists, both from
India and abroad, were involved in policy-making, underlining the importance given to science- and
evidence-based policy-making. Notably, religion played a minimal role in state
affairs, and secularism, defined as non-discrimination and equal respect for
all religions, was practiced. However, the evils of casteism and communalism have
never been properly eliminated.
However, in subsequent years, bureaucratism, elitism, and a techno-fix
mentality crept into the system, creating something of a divide between
scientists and the general public. Trust in scientific institutions also eroded
as a perception grew that "establishment science" primarily served
officialdom and corporate interests rather than the public good as supported by
verifiable data. During this period, academic, professional, and informed
activist voices in civil society critiqued official narratives, influencing
public opinion and contributing to critical thinking and evidence-based
policymaking. While the State may not have proactively cultivated scientific
temper, it engaged with and supported activities to popularise science among
the wider public and children. The State also provided considerable space in
governance and public discourse for non-official scientific, expert, and
informed lay opinion.
Undermining science and a scientific
approach Presently, the State displays a stark
departure from this earlier stance. Government and its various organs now
actively oppose a scientific approach, independent or critical thinking, and
evidence-based thinking and policy-making. This antagonistic stance is widely
and persistently communicated to the public through various channels,
perpetuating such attitudes. State support for research and development
(R&D), already below comparable countries as a percentage of GDP, has hit
historic lows, raising serious concerns about India's future in the knowledge
era. Domestic assembly by cheap labour
is misrepresented as self-reliance , thus also underplaying the need for research and knowledge
production.
Funding, fellowships, and independent research face severe cuts in
academic and research institutions, burdened by overpowering bureaucratic
structures. Career advancement now favours adherence to dominant ideologies,
sycophancy, and obedience to government directives over adherence to
imperatives arising from domain expertise and research-based insights.
Development data and India’s position in reputed international rankings are
contested on spurious grounds. Similar data generated in India, even by government
institutions, are rejected or manipulated to fit political narratives. On
numerous issues, the government claims to lack data but still proceeds with
policy decisions. Open discussions in higher learning institutions are
discouraged, hindering critical thinking, pluralism, and academic freedom.
Beyond image management, these tendencies undermine a scientific approach
and evidence-based policy-making, demoralising the knowledge production
community and fostering anti-intellectual attitudes.
The State and allied social forces directly undermine science and its
methods among the public. Unscientific claims by prominent figures in ruling
circles, boasting of imaginary technological achievements and exaggerated ideas about ancient Indian knowledge, are used to build
and support a hyper-nationalist
narrative. These assertions lack evidence, relying on ambiguous mythological
references and dubious interpretations of ancient texts, often draped in
quasi-religious cover so as to suppress dissenting voices. Such fanciful and
boastful claims undermine the many actual major contributions of ancient India
emanating from various cultural streams, and covering intellectual as well as
artisanal and technical accomplishments. Critics of such claims are readily
branded as anti-national or westernised, questioning both history and science,
and undermining the scientific method. Dissent and plurality of opinion, known
to be enabling conditions for the growth of intellectual progress, are
presently under threat.
Assault on the education sector It is disheartening to witness these
trends now being introduced into the formal education system, potentially
influencing an entire generation unless effectively countered. School textbooks
and readings in higher education are undergoing revisions that promote the idea
of the unquestioned superiority of knowledge in ancient India, while
downplaying the role of other civilizations and their groundbreaking contributions.
Whereas addressing Euro-centrism and
acknowledging the contributions from ancient India, China, and other “eastern” civilizations
is essential, denying the emergence of modern science and technology and the industrial
revolution, and the factors leading up to it, is not only untruthful but also
misleading. The giant strides of modern science
and technology cannot be undermined or replaced by fictional narratives, as
seen in revised school textbooks of agencies at the Centre and in various
states.
These revised textbooks also omit
chapters on crucial historical, societal, economic, and ecological issues in
India. In an examination-oriented system not fostering critical thinking, this
leaves students ill-prepared for higher studies or research, and also for their
roles as informed citizens contributing to national development.
In higher education, mandatory courses on "traditional knowledge
systems" are being introduced, presenting a-historical and distorted
accounts of knowledge in ancient India. These courses exclusively glorify the
Vedic-Sanskritic tradition, neglecting other cultural streams in ancient India
and completely disregarding the significant generation of new knowledge in
mediaeval India out of prejudice against particular religious and cultural.
This deliberate slant aims to erase or rewrite historical evidence and obstruct
critical thinking, leaving students and citizens vulnerable to bias and
instilling a distorted view of syncretic Indian traditions and multicultural
reality. In the long run, this will result in incalculable damage to the
progress of Indian science and to social harmony..
Societal attack In
recent decades, India has witnessed the growth of socio-religious orthodoxy,
traditionalism, and revivalism, fueled by majoritarian socio-political forces.
Traditional religious practices, festivals, and communal forms of organisation have
proliferated. Numerous "Godmen" have emerged with substantial
resources, sizable followings, and at times, significant political backing.
These cults, despite projecting high-thinking spiritualism, have propagated
superstitions, pseudo-scientific beliefs, and socio-religious orthodoxy.
Today, social forces aligned with the ruling establishment and supported
by the State, disseminate pseudo-science and a belief in mythology as history.
False narratives are being used to construct a unitary majoritarian religion
and culture, contrary to the diverse religious beliefs even among the majority
population. False and unscientific narratives, such as vegetarianism as a
dominant "traditional" practice, are being promoted, contradicting
scientific surveys conducted by official agencies.
During the COVID pandemic, superstitions and pseudo-scientific notions
related to health were actively promoted under the guise of endorsing
"traditional" or ancient Indian health systems while implicitly or
explicitly criticising modern medicine. Highly placed authorities encouraged
practices like lighting lamps and clanging utensils to ward off the virus, with
social media amplifying purported "proof" such as recordings of
"cosmic vibrations" by NASA. Other pseudo-scientific claims are
similarly backed by false evidence from reputed scientific agencies. Artificial
creation of long-lost legendary ancient rivers is being undertaken to
perpetuate mythology, exploiting the enduring respect common people hold for
science and its truth value. The forces of unreason seek to sow confusion
regarding evidence and scientific methods.
Social media and digital technologies play a pivotal role in the
State-backed dissemination of unscientific and anti-scientific views,
pseudo-science, false narratives, and conspiracy theories aimed at undermining
a scientific approch.
In closing, it is important to address the idea that "other worldly"
religious beliefs pose the only or major obstacle to fostering a scientific
temper in India. Faith poses many
challenges which science or rationalism may not always be able to tackle
insofar as faith itself may be defined or perceived as belonging to a
non-physical domain... Freedom of religion or Individual faith may indeed be
accorded due recognition. At the same time, discriminatory practices or those that
impinge on others’ rights or affect public order, must be opposed, and their
irrational basis explained. Obscurantism persists due to ongoing weaknesses in
society itself, highlighting larger battles that need to be fought, of which
the present one may be just a part. Given the organised challenges to a
scientific approach discussed earlier, a more focused and targeted strategy is
required for the campaign to promote or strengthen a scientific temper.
Declaration We
scientists and intellectuals across disciplines, activists and all individuals
passionate about spreading a scientific temper, acknowledge that the struggle
to promote a scientific temper is wide-ranging and embraces many dimensions.
Yet we also understand that, given the grave threats posed in the current
context, the major challenge in this period is to combat and roll back these
threats. We realise the imminent danger posed by organised multi-pronged
attacks to undermine a scientific attitude among the populace. Such attacks not
only disseminate pseudo-science, blind faith, and unreason but also promote
obscurantism, communitarian prejudices, and discrimination, striking at the
core of a humanist approach. False narratives, unfounded opinions, and a cloak
of religiosity are wielded to instill adherence to a manufactured, homogenised,
majoritarian idea of India.
We, the signatories of this declaration, re-attest the importance of
working towards promotion of scientific temper in society. We recognise the
grassroots work put in by people’s science movements, other like-minded
organisations and committed individuals, and commit to support these and other similar efforts in
every way. We appeal to like-minded individuals in academia and research
institutions, the bureaucracy, and the political class to take a stand upholding
constitutional values.
[1] In the declaration, the terms ‘scientists’ and
‘scientific institutions’ are used as terms denoting all natural sciences, social
sciences and humanities disciplines, and those others following an
evidence-based path of knowledge production and understanding.
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