Knowra Natural science disciplines Natural science disciplines Natural science disciplines investigate the physical universe and living systems through observation, measurement, and experiment. Their branches include physics, chemistry, biology, Earth science, and astronomy.
Physics : The science of matter, energy, motion, and the fundamental interactions of nature. It studies general laws that underpin many other natural sciences.
Scientific method : A systematic approach to investigating questions through evidence, testing, and revision. Its practices provide a common framework for investigating natural phenomena.
Formal science : Disciplines that study abstract structures through deductive reasoning, including mathematics and logic. Unlike natural sciences, formal sciences do not primarily test claims against physical observations.
Scientific revolution : A major transformation in European science during the sixteenth and seventeenth centuries, marked by new methods and theories. Its changes helped establish modern approaches to studying the natural world.
Chemistry : The science of substances, their properties, and the transformations they undergo. It explains how matter is composed and how it changes.
Observation : The deliberate collection of information about phenomena using the senses or instruments. Direct and instrument-assisted observation supplies evidence across the disciplines.
Social science : Disciplines that systematically study human societies, behavior, and institutions. Its central subject is social life rather than the natural world.
Industrial Revolution : The period of rapid industrialization beginning in Britain in the eighteenth century and spreading elsewhere. Knowledge of physical and chemical processes enabled and was expanded by industrial technologies.
Biology : The science of living organisms and the processes that sustain and shape life. It focuses on life, from molecular processes to ecosystems.
Experiment : A controlled investigation that tests how changing conditions affects an outcome. Experiments help distinguish causal explanations from mere patterns.
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