Causal quantum theory

Causal quantum theory is an interpretation of quantum mechanics suggesting that events in the universe have specific causes and are influenced by signals limited by the speed of light, preserving causality. Unlike some interpretations that involve instantaneous effects across space, causal quantum theory emphasizes that outcomes are determined by influences localized within their light cones, respecting Einstein’s relativity. This view aims to reconcile quantum phenomena with a cause-and-effect framework, proposing that the behavior of particles and systems results from real, causal interactions, maintaining consistency with the fundamental structure of space and time.