In particular, if you think that “quantum theory is incomplete because we haven’t succeeded in quantizing gravity yet,” then think again! Near the end of his final chapter 8.4 (“Understanding quantum mechanics: an unfinished story”), Bricmont points out: “A genuine merging of quantum mechanics and not only general, but even already special » relativity is still an open problem, and might be called the great unrecognized frontier of physics.”
I wish this book had been around already when I was a student. It is a must read for anyone who seriously cares about understanding what our “most fundamental scientific theories” say about the physical world.
https://arxiv.org/pdf/1709.05442.pdf
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http://theconversation.com/au-croisement-des-univers-paralleles-93969
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Je cite: "We consider a thought experiment with a massive body in a spatial superposition and show how it leads to entanglement of temporal orders between time-like events" ou encore "This work provides the first direct analysis of quantum causal relations arising from a spatial superposition of a massive object. We show how the temporal order between time-like events can become superposed or even entangled", vous voyez donc qu'il s'agit de montrer que les propriétés non causales essentielles de la MQ s'étendent à l'échelle macroscopique, ce qui est aussi ma thèse, car la flexibilité de l'espace-temps autrement dit la possibilité de commuter des lignes temporelles est inextricablement liée à l'intrication (entanglement).
https://www.nature.com/articles/s41467-019-11579-x
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https://www.science-et-vie.com/ciel-e...-univers-interactione28089-85886.html
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https://www.youtube.com/watch?v=xo_hcReWW0c
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