Sentence examples for scientific from high-quality English sources.

• Scientific knowledge leads to invention.

• To give an adequate scientific description of science, scientific realism needs to be assumed.

• Studies in scientific collaboration part III: professionalization and the natural history of modern scientific co-authorship.

• Taylor regarded his movement as “scientific” because of the scientific principles and measurement he applied to the work process.

• However, scientific theories often change, and sometimes several theories compete for the place of the best scientific account of the world.

• So the problem of how to balance mathematical and scientific standards is particularly pressing for the mathematical-cum-scientific naturalist.

• It pioneered the concepts of scientific priority and peer review which, together with archiving and dissemination, provide the model for almost 30,000 scientific journals today.

• Reviewing the literature on the subject leads us to the conclusion that there is no such thing as the problem of scientific representation—in fact there are at least five different problems concerning scientific representation.

Use scientific in a sentence.

• Observation is philosophically a loaded term, yet the epistemic status of scientific observation has evolved gradually with the advance of scientific techniques of inquiry and the scientific communities pursuing them.

• The less successful one deems the non-natural sciences compared to the natural ones, the less attractive a broader scientific or scientific-cum-mathematical naturalism becomes in comparison with a strictly natural-scientific one.

• incommensurability: of scientific theories | Kuhn, Thomas | logic: of belief revision | Popper, Karl | progress | realism: and theory change in science | scientific discovery | scientific explanation | scientific realism | scientific revolutions | truthlikeness

• Callender and Cohen voice scepticism about there being a solution to this problem and suggest that the distinction between scientific and non-scientific representations is circumstantial (2006: 83): scientific representations are representations that are used or developed by someone who is a scientist.

• epistemology: social | facts | incommensurability: of scientific theories | Kuhn, Thomas | rationality: historicist theories of | relativism | science: theory and observation in | scientific knowledge: social dimensions of | scientific realism | scientific revolutions | style: in mathematics

• artificial intelligence | Bacon, Francis | biology: experiment in | computer science, philosophy of | empiricism: logical | evidence | human genome project | models in science | Popper, Karl | science: theory and observation in | scientific explanation | scientific method | scientific theories: structure of | statistics, philosophy of

• Bayes’ Theorem | feminist philosophy, interventions: epistemology and philosophy of science | Feyerabend, Paul | hermeneutics | incommensurability: of scientific theories | Kuhn, Thomas | logic: inductive | physics: experiment in | science: theory and observation in | scientific realism | underdetermination, of scientific theories | Weber, Max

• Bayes’ Theorem | causation: probabilistic | confirmation | empiricism: logical | epistemology: Bayesian | Hempel, Carl | induction: problem of | probability, interpretations of | Reichenbach, Hans | Reichenbach, Hans: common cause principle | scientific discovery | scientific explanation | scientific realism | space and time: conventionality of simultaneity

scientific sentence examples

• Once kids have had their fair share of fun with this popular starter kit, there are a long list of other Scientific Explorer kits from the same company that your child can upgrade to for more science-learning fun, such as the Scientific Explorer Disgusting Science Kit, the Scientific Explorer My Own Perfumery, or the Scientific Explorer Ice Cream Science Kit.

• Anscombe, Gertrude Elizabeth Margaret | biology: experiment in | causation: and manipulability | causation: counterfactual theories of | causation: the metaphysics of | Descartes, René | empiricism: logical | Helmholtz, Hermann von | individualism, methodological | models in science | molecular biology | natural kinds | Newton, Isaac | physicalism | physics: intertheory relations in | reduction, scientific | reduction, scientific: in biology | Reichenbach, Hans | science: unity of | scientific discovery | scientific explanation | teleology: teleological notions in biology

• abduction | constructive empiricism | empiricism: logical | feminist philosophy, interventions: epistemology and philosophy of science | feminist philosophy, topics: perspectives on science | incommensurability: of scientific theories | Kuhn, Thomas | models in science | rationality: historicist theories of | science: theory and observation in | scientific explanation | scientific knowledge: social dimensions of | scientific objectivity | scientific progress | scientific revolutions | structural realism | theoretical terms in science | truthlikeness | underdetermination, of scientific theories | Vienna Circle

• Carnap, Rudolf | cognitive science | confirmation | Darwinism | empiricism: logical | feminist philosophy, interventions: epistemology and philosophy of science | Feyerabend, Paul | genetics: population | incommensurability: of scientific theories | Kuhn, Thomas | models in science | model theory | paradox: Skolem’s | physics: structuralism in | pragmatism | rationality: historicist theories of | reduction, scientific | science: theory and observation in | scientific explanation | scientific realism | scientific representation | simulations in science | statistical physics: philosophy of statistical mechanics | structural realism | style: in mathematics | theoretical terms in science | underdetermination, of scientific theories | Vienna Circle