"Perhaps the most vexing question confronting any study of Bell's inequality, and the experimental observation of violations of that... would never have been discovered if not for the existence of quantum formalism. On the other hand, the inequality... is derived without any mention of quantum theory and the violations are matters of plain experimental fact. So the explication and analysis of the importance of Bell's work can in principle proceed without mentioning quantum mechanics at all. Should an account of Bell's inequality emphasize its historical roots... or... sever those ties in the interest of clarity? ...I chose the second option ...the interpretation of quantum theory is troublesome enough ...to overshadow and confuse the relatively straightforward proof on non-locality."
Quote Details
Added by wikiquote-import-bot
Unverified quote
0 likes
Philosophers from the United StatesPeople from Washington, D.C.Yale University alumniLogicians from the United States
Original Language: English
Available Languages (1)
Sources
Imported from EN Wikiquote
https://en.wikiquote.org/wiki/Tim_Maudlin
Revision History
No revisions have been submitted for this quote.
Categories
Tim Maudlin
48 quotes on TrueQuotesView all quotes by Tim Maudlin →
Related Quotes
"Any book which attempts to deal with quantum theory, Special Relativity and General Relativity courts various forms o…"
"[T]he experimental verification of Bell's inequality constitutes the most significant event of the last half-century.…"
"Metaphysics is ontology. Ontology is the most generic study of what exists. Evidence for what exists, at least in the…"
"I believe that it is a fundamental, irreducible fact about the spatio-temporal structure of the world that time passe…"
"I have often felt that whatever is of value in this book could be found in Bell's "The Theory of Local Beables" (1987…"
"The sparks which fly when quantum theory collides with Relativity ignite conceptual brushfires of particular interest…"
"The presentation of Bell's inequality needs no more than some algebra... Understanding Relativity also requires no mo…"
"Pictures of space-time look misleadingly like pictures of space, and the novice must unlearn some of the conventions..."
"Quantum theory... formalism... uses no more than linear algebra and vector spaces. ...A particularly nice and accessi…"
"[A]nother interpretation holds that Relativity requires only thatTheories be Lorentz invarient."