top | item 44268349 (no title) jordigh | 8 months ago I can't tell if you're joking or if you know something nobody else does.As far as I know, anything going faster than the speed of causality violates causality. So what are you talking about? discuss order hn newest ClumsyPilot|8 months ago > violates causalityBut we don’t know that casualty is a law of physics, do we? IAmBroom|8 months ago Only inasmuch as we don't know that gravity and the Strong Nuclear Force aren't. neuroelectron|8 months ago Don't conflate causality and special relativity.SR breaks down at both ends of the spectrum, at the event horizon of black holes and in Bose Einstein condensates. That proves that it is an emergent property of observations, statistical behavior of decoherent systems, and not a universal law.
ClumsyPilot|8 months ago > violates causalityBut we don’t know that casualty is a law of physics, do we? IAmBroom|8 months ago Only inasmuch as we don't know that gravity and the Strong Nuclear Force aren't.
IAmBroom|8 months ago Only inasmuch as we don't know that gravity and the Strong Nuclear Force aren't.
neuroelectron|8 months ago Don't conflate causality and special relativity.SR breaks down at both ends of the spectrum, at the event horizon of black holes and in Bose Einstein condensates. That proves that it is an emergent property of observations, statistical behavior of decoherent systems, and not a universal law.
ClumsyPilot|8 months ago
But we don’t know that casualty is a law of physics, do we?
IAmBroom|8 months ago
neuroelectron|8 months ago
SR breaks down at both ends of the spectrum, at the event horizon of black holes and in Bose Einstein condensates. That proves that it is an emergent property of observations, statistical behavior of decoherent systems, and not a universal law.