The article spends a lot of time talking about black holes, I'd rather hear more about wormholes and the quantum entanglement problem. That is something that y

The article spends a lot of time talking about black holes, I'd rather hear more about wormholes and the quantum entanglement problem. That is something that you can easily demonstrate on a desktop and is going on all around us (whereas evaporating black holes are not). An entangled quantum state being composed of a wormhole is more or less what I've thought should be the way to resolve the non-locality of the measurement problem. You need a physical theory of quantum wormholes though which doesn't violate causality and cannot be used for superluminal communication. Then some sort of conditions which causes the entanglement to "snap" and become observed (of course that might not help with the black hole information paradox).