Reichenbach epsilon

E886591

Reichenbach epsilon is a parameter introduced by Hans Reichenbach to characterize the conventional freedom in defining simultaneity and clock synchronization in special relativity.

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All labels observed (1)

Label Occurrences
Reichenbach epsilon canonical 1

Statements (30)

Predicate Object
instanceOf conventionality parameter
philosophy of physics concept
synchrony parameter
appearsInEquation t_B = t_A + ε (t_A' − t_A)
appliesTo inertial reference frames
associatedWith conventionality of simultaneity debate
philosophy of space and time
assumes isotropy of two-way light speed
characterizes conventional freedom in clock synchronization
conventional freedom in defining simultaneity
contrastsWith unique, non-conventional simultaneity
defines time assigned to a distant event via light-signal synchronization
dependsOn choice of simultaneity convention
doesNotAffect two-way speed of light
formalizes freedom in defining distant simultaneity
hasSymbol ε
historicalContext 20th-century discussions of relativity foundations
introducedBy Hans Reichenbach NERFINISHED
isConventional true
isDimensionless true
motivatedBy empirical underdetermination of one-way light speed
relatedConcept Edwards–Winnie synchrony NERFINISHED
gauge freedom in time coordinate choice
relatesTo Einstein synchrony convention NERFINISHED
one-way speed of light
standardValueInEinsteinConvention 1/2
usedBy philosophers of physics
relativists
usedInTheory special relativity NERFINISHED
valueRange 0 ≤ ε ≤ 1

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.