A framework asserting that causality is preserved absolutely, even under FTL conditions—meaning that no matter how fast you travel, cause will always precede effect in all reference frames. The Theory of Preservation of Causality in FTL Scenarios suggests that FTL doesn't lead to paradox because there's a deeper structure—perhaps a privileged frame, perhaps quantum consistency—that ensures causal order remains intact. Unlike conservation (which allows transformation), preservation insists on invariance: causality is not just balanced but maintained. FTL might be possible, but it will never allow you to change the past because causality itself prevents it.
Theory of Preservation of Causality in FTL Scenarios "Warp drive engaged—faster than light, but when they arrived, they hadn't caused anything that wasn't already caused. Preservation of Causality says: FTL doesn't break causality; it just bends around it. The universe has safeguards. You can go fast, but you can't outrun cause and effect. They're always ahead of you, waiting."
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