Metaphysics provides the fundamental assumptions and concepts that underlie scientific theories, shaping the way scientists perceive and interpret the natural world.

Determinism, the idea that every event has a cause, is a key metaphysical assumption in science, allowing scientists to investigate causal relationships and make predictions.

The metaphysical concept of time provides a framework for organizing and interpreting scientific data, allowing scientists to establish temporal relationships and sequences of events.

Empiricism, the view that knowledge is derived from sensory experience, aligns well with the scientific method's emphasis on observation and experimentation.

Metaphysical assumptions and concepts shape the way scientists perceive and understand scientific data, influencing their interpretations and conclusions.

Materialism, the view that matter is the fundamental reality, is a key metaphysical assumption in science, providing the basis for the study of physical phenomena.

Metaphysical assumptions and concepts shape the overall approach and strategy of scientific inquiry, influencing the types of questions scientists ask and the methods they use to investigate them.

Pluralism, the view that there are many distinct and independent realities, is most compatible with the idea of a multiverse, which posits the existence of multiple universes.

Metaphysical assumptions and concepts shape the overall structure and coherence of scientific theories, providing a framework for integrating different elements and concepts into a unified and consistent explanation.

Dualism, the view that mind and matter are distinct and independent substances, is a key metaphysical concept in the scientific study of consciousness, providing a framework for understanding the relationship between mental and physical phenomena.

Metaphysical assumptions and concepts shape the way scientists perceive and understand experimental data, influencing their interpretations and conclusions.

Monism, the view that there is only one fundamental reality, is most compatible with the idea of a unified theory of everything, which seeks to provide a single explanation for all physical phenomena.

Metaphysical assumptions and concepts shape the overall structure and complexity of mathematical models used in science, influencing the types of mathematical relationships and equations that are employed.

Substantivalism, the view that space is a real and independent entity, is a key metaphysical concept in the scientific understanding of space, providing a framework for describing and measuring spatial relationships.

Metaphysical assumptions and concepts shape the overall structure and coherence of scientific hypotheses, providing a framework for integrating different elements and concepts into a unified and consistent explanation.