Scientific Contextualism

The position that scientific findings are always true relative to specific contexts, and that exporting them to new contexts requires care. A drug that works in clinical trials may fail in real-world contexts with different patients, different diets, different stressors. A psychological finding from WEIRD populations may not hold in other cultural contexts. Scientific Contextualism doesn't reject generalization—it insists on specifying the conditions under which generalizations hold, and testing them when conditions change. Context isn't noise—it's part of the finding.

Scientific Contextualism"This parenting technique works, the study says. Scientific Contextualism asks: works where? For whom? Under what conditions? With what support? Because what works in suburban Connecticut with two parents and a therapist might destroy a single mom in a cramped apartment with no support. Context isn't footnote—it's the whole story."

by Dumu The Void February 24, 2026

Scientific Multiperspectivism

The methodological commitment to studying phenomena from multiple scientific perspectives, recognizing that no single discipline, method, or scale captures everything. A complete understanding of a forest requires ecology, chemistry, poetry, economics, indigenous knowledge. Scientific Multiperspectivism doesn't try to synthesize these into one master perspective—it holds them in productive tension, moving between scales and methods as questions demand. It's science that has learned humility from its own complexity.

"You're studying consciousness with only fMRI? Scientific Multiperspectivism says: add phenomenology (what it feels like), psychology (how it behaves), evolutionary biology (why it evolved), and maybe some Buddhist philosophy. The brain scan shows something real—just not everything. Multiple perspectives or multiple failures."

by Dumu The Void February 24, 2026

Scientifist

People who suck at science.

We burned down the classroom during our lab, we’re such scientifist.

by Pony Pedro February 25, 2026

Science Biases

Systematic distortions that arise from the way science is practiced, institutionalized, and understood. Science Biases include: publication bias (positive results get published, negative results don't); funding bias (research gets funded when it serves interests); confirmation bias in study design; bias toward what's measurable over what's meaningful; bias toward Western, educated, industrial, rich, democratic (WEIRD) populations; bias against null results, replication studies, or challenging paradigms. Science Biases don't mean science is wrong—they mean science is human, and humans have biases that shape what gets studied and what gets found.

Science Biases "Why do we know so much about drug effects and so little about nutrition? That's Science Bias—funding goes where profit is. Why do psychology studies use undergrads? That's Science Bias—convenience shapes knowledge. Science biases aren't conspiracies; they're structural. Recognizing them doesn't invalidate science—it makes science better."

by Dumu The Void March 1, 2026

Scientific Biases

Similar to Science Biases but emphasizing biases within scientific practice itself—the assumptions, preferences, and blind spots that scientists bring to their work. Scientific Biases include: theoretical bias (preferring data that fits your theory); methodological bias (preferring certain methods over others); career bias (pursuing publishable results over true ones); paradigm bias (resisting challenges to established frameworks). Scientific Biases are what Kuhn described—science isn't just data collection; it's human activity, with all the biases that entails.

Scientific Biases "He dismissed the findings because they didn't fit the dominant theory. That's Scientific Bias—paradigm protection dressed as rigor. Scientists are human; they have investments in theories, careers, reputations. Those investments bias what they see and what they accept. Good science acknowledges this; bad science pretends it doesn't happen."

by Dumu The Void March 1, 2026

Science Metabiases

Second-order biases about science—systematic distortions in how we understand, value, and critique scientific practice. Science Metabiases include: treating science as monolithic rather than diverse; assuming scientific consensus is always right; using "science says" as an argument-ender; believing that science is self-correcting in ways that eliminate bias; ignoring the social, historical, and institutional dimensions of science; treating critiques of science as anti-science. Science Metabiases shape public understanding of science and scientists' understanding of themselves.

Science Metabiases "He says 'science proves it' as if science were a unified oracle. That's Science Metabias—treating science as a monolith, not a messy human activity. Science is diverse, contested, evolving. The metabias is thinking 'science' settles arguments when it actually opens inquiries. Science isn't a conclusion; it's a process—and metabias makes us forget that."

by Dumu The Void March 1, 2026

Scientific Metabiases

Second-order biases within scientific practice—how scientists think about their own biases, methods, and assumptions. Scientific Metabiases include: believing that method eliminates bias rather than just channeling it; assuming peer review catches everything; treating replication as a cure-all rather than another site of bias; thinking that quantification ensures objectivity; believing that awareness of bias makes you immune. Scientific Metabiases are the blind spots in science's self-understanding—the ways scientists misrecognize their own practice.

Scientific Metabiases "We have peer review, so we're objective!" That's Scientific Metabias—confusing a process with a guarantee. Peer review has its own biases; it doesn't eliminate them. The metabias is thinking institutional procedures make you bias-free, when they just change where the bias lives. Science is human; metabias is forgetting that."

by Dumu The Void March 1, 2026