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Historical-Dialectical Sciences

A collective term for all the specific sciences (physics, biology, sociology, etc.) when approached through the lens of historical materialism and dialectical logic. It implies that each discipline must study its own object as a historical, contradictory process, not as a static set of laws. Thus, historical‑dialectical physics would study the evolution of physical theories in their material context; historical‑dialectical biology would study the dialectic between organism and environment; historical‑dialectical social sciences would analyse class struggle, etc. The goal is to overcome the fragmentation of knowledge and to reunite science with a critical understanding of history.
Historical-Dialectical Sciences Example: “In the program of the historical‑dialectical sciences, you don’t just learn biology; you learn how biological concepts changed with industrialization, colonialism, and the rise of biotechnology—and how internal contradictions in each theory point toward future transformations.”
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Historical-Dialectical Human Sciences

The extension of historical‑dialectical method to the human sciences—disciplines that study human culture, language, history, and meaning, including anthropology, history, literary theory, and cultural studies. It rejects the idea of an ahistorical human essence, instead examining how human subjectivity, identity, and culture evolve dialectically with material conditions. It also critiques the division between social sciences and humanities, arguing for a unified approach that takes meaning and history together.
Historical-Dialectical Human Sciences Example: “Historical‑dialectical human sciences analyze how Romanticism was not just an artistic movement but a dialectical response to industrial capitalism—celebrating individuality while being commodified as a marketable aesthetic.”

Historical-Dialectical Social Sciences

The application of historical‑dialectical method to all social sciences—sociology, economics, political science, anthropology, etc. It treats social phenomena as contradictory, dynamic, and historically specific, rejecting universal laws or equilibrium models. It examines how social contradictions (class, race, gender) generate crises and transformations, and how the social sciences themselves are shaped by their historical context. This approach is fundamental to critical social theory and Marxist research.
Historical-Dialectical Social Sciences Example: “A historical‑dialectical social sciences study of policing would examine how it emerged from slave patrols, how it mediates the contradiction between maintaining order and legitimising violence, and how contemporary abolition movements are a dialectical reaction to policing’s internal failures.”

Historical-Dialectical Cognitive Sciences

The application of historical‑dialectical method to the cognitive sciences (psychology, neuroscience, AI, linguistics). It argues that cognition is not a fixed, universal process but is shaped by historical and material conditions—technology, labor, social organisation. It studies how cognitive functions (attention, memory, reasoning) change with modes of production, how tools (writing, computers, AI) extend and transform cognition, and how contradictions within cognitive theories drive scientific change. It offers a critical alternative to both evolutionary psychology (which naturalises capitalist cognition) and postmodern reduction (which denies any cognitive reality).
Historical-Dialectical Cognitive Sciences Example: “Historical‑dialectical cognitive sciences show how ‘multitasking’ emerged not as a new cognitive faculty, but as a response to digital capitalism’s demand for constant attentional switching—producing measurable cognitive costs that workers bear individually.”

Historical-Dialectical Natural Sciences

The application of historical‑dialectical method to the natural sciences (physics, chemistry, biology, geology, etc.). It studies how natural phenomena are themselves historical—evolving, dialectical, and contradiction‑ridden—rather than governed by eternal, static laws. It examines how the natural sciences have been shaped by social and economic forces (e.g., how thermodynamics arose from steam engines), and how internal contradictions in theories (e.g., wave‑particle duality) drive scientific progress. It resists both reductionism and anti‑science mysticism, seeking a materialist, historical understanding of nature.
Historical-Dialectical Natural Sciences Example: “Historical‑dialectical natural sciences interpret evolution not as a smooth, progressive tree but as a series of dialectical leaps—punctuated equilibria, evolutionary arms races, and the contradiction between individual fitness and species survival.”

Historical-Dialectical Exact Sciences

The extension of historical‑dialectical method to the exact sciences—mathematics, statistics, computer science, and formal logic. It challenges the view that these fields are purely ahistorical and context‑free, showing how they have been shaped by material needs (e.g., calculus from navigation and ballistics) and how internal contradictions (e.g., set theory paradoxes, incompleteness theorems) have driven foundational debates. It also examines how exact sciences are used ideologically (e.g., statistics in racial science) and how their abstract categories relate to concrete social relations.
Historical-Dialectical Exact Sciences Example: “Historical‑dialectical exact sciences examine how the real numbers were developed in response to 19th‑century analysis, and how contradictions in set theory led to multiple alternative foundations—each with different philosophical and practical implications.”

Historical-Dialectical Formal Sciences

Similar to exact sciences, but emphasising purely formal systems (logic, mathematics, theoretical computation). It studies how formal systems emerge from and interact with material history, how they are not timeless but evolve through contradictions (e.g., intuitionism vs. classical logic), and how they are embedded in social practices. It also critiques the claim that formal sciences are perfectly neutral, showing how they reflect and reproduce class society (e.g., ‘rational choice’ models in economics).
Historical-Dialectical Formal Sciences Example: “Historical‑dialectical formal sciences show that the standard model of probability was not discovered but constructed in response to gambling, insurance, and industrial risk management—and that alternative models (e.g., fuzzy logic) arise from different material contradictions.”