Causality conditions in the context of Causal structure


Causality conditions in the context of Causal structure

⭐ Core Definition: Causality conditions

Causality conditions are classifications of Lorentzian manifolds according to the types of causal structures they admit.In the study of spacetimes, there exists a hierarchy of causality conditions which are important in proving mathematical theorems about the global structure of such manifolds. These conditions were collected during the late 1970s.

The weaker the causality condition on a spacetime, the more unphysical the spacetime is. Spacetimes with closed timelike curves, for example, present severe interpretational difficulties. See the grandfather paradox.

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Causality conditions in the context of Absolute future

In mathematical physics, the causal structure of a Lorentzian manifold describes the possible causal relationships between points in the manifold.Lorentzian manifolds can be classified according to the types of causal structures they admit (causality conditions).

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