Reichenbach and Bridgman's operationalist tradition demonstrates that physical coordinative definitions using rods and clocks successfully ground metrical spacetime relations in practice.

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Bridgman(as a historical philosopher referenced): Percy Bridgman was a 20th-century physicist and philosopher who argued that scientific concepts must be tied to actual measurable procedures—you can't just talk about something theoretically without being able to measure it.
Ground (in the philosophical sense)(as used in epistemology and metaphysics): To establish something as the foundation or basis for something else; to show where an idea actually comes from in reality rather than just in theory.
Metrical spacetime relations(in physics and philosophy of physics): The measurable distances and time intervals between events in space and time—basically, the numbers we get when we measure how far apart things are and how long things take.
Reichenbach: # Reichenbach Reichenbach refers to Hans Reichenbach (1891-1953), a German-American philosopher who studied how science actually works and how we should interpret probability and time. He's known for developing ideas about causation and for arguing that some aspects of physics—like whether events happen at specific moments—depend on how we choose to measure them. His work bridges philosophy and science, making him important for understanding how scientists draw conclusions from evidence.

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