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Theory of Constructed Science

The sociological view that scientific knowledge, while aiming for objectivity, is inevitably a human construction shaped by social factors: funding priorities, institutional power, peer review culture, dominant paradigms, and even the personalities of leading scientists. This doesn't mean science is "just an opinion," but that the path to reliable knowledge is paved with social negotiations, controversies, and the gradual construction of consensus, not the simple revelation of pure nature.
Example: "Studying the Theory of Constructed Science, she saw the Nobel Prize not as a divine award for truth, but as the pinnacle of a construction process: decades of building a persuasive narrative, converting peers, winning grants, and marginalizing rival theories until one framework became the 'obvious' truth etched in textbooks."
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Theory of Constructed Science

The view that science is not simply the discovery of pre-existing natural laws but an active construction of models, theories, and facts through specific practices, instruments, and social processes. Scientific facts are real, but they're real-as-constructed—built in laboratories, validated by communities, stabilized through publication and replication. The Theory of Constructed Science studies how this construction happens: the role of instruments in shaping what can be seen, the theories that guide interpretation, the social dynamics of consensus, the funding that enables some questions and not others.
"You think scientists just find facts like shells on a beach? Theory of Constructed Science says: they build instruments to see, theories to interpret, communities to validate. The facts are real, but they're also constructed—built, not just found. That's not anti-science; it's just honest about how science actually works."

Theory of Constructed Science and Epistemology

A metascientific and infraepistemological framework arguing that science and its standards of knowledge are constructed—not merely discovered—through social, historical, and material practices. It examines how scientific methods, categories, and norms are built, maintained, and sometimes dismantled; how “objectivity” is an achievement of particular communities, not a natural default; and how what counts as knowledge depends on the infrastructure (labs, journals, funding) that supports it. The theory is a foundation for science studies, showing that science is robust not because it transcends social context but because it is a successful, self‑correcting human practice—still constructed, still accountable.
Theory of Constructed Science and Epistemology Example: “Her work on constructed science and epistemology traced how ‘reproducibility’ became a central value not because it was always essential, but because 20th‑century scientific communities constructed it as the gold standard to address specific institutional crises.”