A note on Robert Merton’s view on scientific norms
On 6 main ideas of Robert Merton's
view on scientific norms and describe 2 main claims of his view in terms of
Toulmin's model of arguments
Merton’s view of
scientific norms presents science as a moral and social institution governed by
shared standards that make knowledge reliable and trustworthy. In his
framework, scientific work should be judged by impersonal criteria and
protected from personal bias, secrecy, and dogmatism.
Main ideas
·
Universalism: scientific claims should be evaluated by
impersonal criteria, not by the scientist’s race, nationality, class, religion,
or status.
·
Communality: scientific knowledge should be shared, not
privately owned, so that findings can be collectively built upon.
·
Disinterestedness: scientists should aim at the common good of
science rather than personal gain, prestige, or external reward.
·
Organized
skepticism: all claims
should be critically scrutinized before acceptance, which supports peer review
and replication.
·
Empirical evidence: science depends on reliable observation and
testable data, not authority or speculation.
·
Logical
consistency: scientific
claims should fit together coherently and support valid prediction and
explanation.
Toulmin claim 1
Claim: Scientific claims must be assessed by
universal, impersonal standards.
Data: Merton argues that the acceptance of truth-claims should not
depend on personal or social attributes such as nationality, religion, or
class.
Warrant: If knowledge is to be objective, then it must be judged by
standards independent of the person making the claim.
Backing: Universalism is one of Merton’s core norms of the
scientific ethos.
Qualifier: This is the ideal standard of science, even if it is not
always fully achieved in practice.
Toulmin claim 2
Claim: Scientific credibility requires
organized skepticism and disinterestedness.
Data: Merton emphasizes peer scrutiny, verification, and the low
tolerance of fraud in science as institutional features of the scientific
ethos.
Warrant: If scientists know their work will be critically examined
by peers, then they are less likely to pursue bias, secrecy, or self-serving
claims.
Backing: Organized skepticism and disinterestedness together
protect science from error and personal interest.
Qualifier: This is generally true as an institutional norm, though
individual violations can still occur.