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В кластер входят документы, посвященные критериям истинности и методам верификации или фальсификации научных теорий, и не входят документы о конкретных открытиях в отдельных областях науки.
Общие признаки: природа научного доказательства, фальсифицируемость, эмпирическое подтверждение, отличие науки от псевдонауки
Группа выше: Научный метод и мышление
Смысл: The main idea is that scientific theories in natural sciences are not 'proven' via absolute logic but are supported by empirical 'confirmations' and are valued based on their explanatory power compared to alternative hypotheses.
Scientific theories, including evolution, are not 'proven' like mathematical theorems but are supported by empirical evidence and accepted as the best available explanation for observed phenomena.
Смысл: The main idea is that science does not provide absolute 'proof' in the mathematical sense; instead, it accumulates evidence to increase the probability that a specific model accurately describes the physical world.
Unlike mathematics, science relies on accumulating evidence to build confidence in theories rather than establishing absolute, immutable proofs.
Смысл: The main idea is that the defining characteristic of a scientific theory is its falsifiability—the ability to be proven wrong—rather than its ability to be verified. Karl Popper argues that science progresses through a cycle of conjectures and refutations, distinguishing it from pseudoscience, which often creates theories that are unfalsifiable.
Karl Popper proposed that falsifiability, not verification, is the essential criterion for distinguishing genuine science from pseudoscience.