ATLAS OF LANGUAGE

AT-DEP7-0001 · ATLAS 260

Language of science

Language used by science to specify, justify, test and circulate knowledge within scholarly communities.

Part of the subject path Language Change, Contact and Diversity

Why is this entry in the Atlas?

A · Analytical concept R1 · Distinct contribution to understanding

Language of science identifies the discursive procedures through which claims acquire explicit warrants, limits and possibilities of correction. Specialised vocabulary alone supplies neither a warrant nor a transparent basis for assessing a claim.

Colours and admission grounds

The rectangular label identifies the entry function: F – linguistic figure or procedure; A – analytical concept; G – foundational concept; E – selected concrete case. The rounded badge indicates the admission ground: R1 – distinctive contribution; R2 – necessary foundation; R3 – justified illustrative case. This editorial rationale explains the current selection rather than claiming an undocumented original selection history.

Explanation

The language of science is the use of language through which research communities specify objects, disclose methods, exchange reasons, and communicate knowledge in testable form. It is not terminology alone. Definitions, qualifications, evidential markers, citation practices, diagrams, and recurrent argumentative patterns regulate the scope and support of claims. Nor is there one homogeneous language shared by all sciences: disciplines, languages, genres, and periods develop different norms. Precision therefore does not mean maximal complexity but traceable distinction. Scientific language makes knowledge collectively corrigible, yet unnecessary compression and institutional codes may close access and make provisional decisions appear natural or inevitable.

Movement of thought

1. An observation or question is first detached from a concrete research situation for examination by a community. 2. Technical concepts, operational definitions, and methods delimit what is claimed and what can count as evidence. 3. Citation, argument, and genre conventions connect the statement with prior knowledge and possible objections. 4. A counter-test examines intelligibility, reproducibility, scope, and whether linguistic authority conceals missing support. 5. The finding returns as a publicly testable, disciplinarily specified, and in principle corrigible contribution.

Scientific use case

Research on specialised discourse and science can compare terminology, evidentiality, metadiscourse, and genre. Readability studies can test which reformulations increase access without losing disciplinary distinctions.

Example

Instead of saying “readers understood the text better”, a study reports task, sample, measure, and uncertainty interval and restricts the claim to the situation investigated.

Counterexample

A text uses many technical-looking words and passive constructions but states neither method nor evidence and remains conceptually vague. Complexity alone is not functioning scientific language.

Distinction

Distinguish scientific language from technical vocabulary, academic language, bureaucratic language, and merely difficult style. It includes terms but also epistemic practices of justification, limitation, and correction.

Effect on thought and perception

Scientific language enables precise cooperation, criticism, and preservation of knowledge, while also marking status, concealing uncertainty, or excluding those without disciplinary access.

Resonance

A single observation enters the polyphonic space of earlier work, receives criticism, and returns as more precisely determined common knowledge.

Cite this entry

Reich, Michael (Hrsg./ed.): „Language of science“. Atlas der Sprache, AT-DEP7-0001. ATLAS 260, data model 1.6.0. https://atlasoflanguage.com/concept/AT-DEP7-0001

https://atlasoflanguage.com/concept/AT-DEP7-0001

The address remains stable; editorial content may evolve. Editorial reading state: 2026-10-15. Include your access date for precise references.

Historical background

In Locke’s account, the communicative demands of inquiry are not always the same as those of ordinary conversation. Familiar usage can be sufficient for daily coordination while leaving terms too indeterminate for a disputed claim. His chapter on remedies consequently connects linguistic care with the transmission of knowledge between people and generations. Philosophical discourse is his historical setting; the Atlas’s broader phrase language of science must not be read back as if it already named today’s complete institutional system of research. The distinction nevertheless provides a useful early English statement of a recurring problem: technical vocabulary earns its value by improving discrimination and shared examination, not by sounding specialised. Locke’s criticism of empty learned terms also prevents clarity from being confused with a compulsory absence of technical words. A complete history would follow the development of disciplinary terminologies, publication practices and changing evidential standards. The inspected text contributes one normative argument about intelligibility, not a comprehensive history of scientific communication.

How conceptual history changes the analysis

The language of science is a function-bound practice of precision and knowledge transmission; technical density alone proves neither clarity nor scientific status.

References for the historical section

Historical source evidence and Atlas applications remain separate; this import does not assert new first attestations or a fresh exhaustive source verification.