noncausality
- noun
- /nɒnˈkɔːzəlɪti/
- Specialized
- The concept of noncausality in systems theory indicates that outputs can depend on future inputs rather than just past ones.
Examples
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In quantum physics, noncausality suggests that the behavior of particles can be influenced by events that have not yet occurred.
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Chris Clarke offered the idea of noncausality to us as a challenge to our tendency to think in terms of causal linear relationships, which is another thread that runs through the participatory worldview.
Academic text (2001) -
Understanding noncausality helps clarify how certain theories in science challenge our conventional ideas about cause and effect.
Surface Forms
Morphology
Etymology
Noncausality begins with non- meaning 'not' and uses cause, which means 'a reason' or 'what makes something happen'. In engineering, noncausality describes a system whose output depends on future inputs, so it is 'not causal' and cannot work in real time.