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How Is Quantum Field Theory Possible? by
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Todd Decker
is on page 64 of 288
"It is beyond a reasonable doubt that quantum systems generally have no definite eigenvalues. However, this does not imply that they have no definite properties. The conclusion that they have none arises from the fallacious restriction of properties to classical properties."
— Aug 06, 2020 04:59PM
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Christopher
is on page 18 of 288
I am ill-equipped to navigate all the mathematical symbols as quite a few must be common enough for her to simply use them without defining them first. But then: “The square root of a quantity is generally not a quantity of the same type; the square root of an area is a length, the square root of a length is I know not what.
— Jan 02, 2018 06:01PM
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Christopher
is on page 12 of 288
Note: “Since general concepts must accommodate diverse contents, their articulation requires extensive abstraction” (12)
— Jan 01, 2018 06:16PM
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Christopher
is on page 11 of 288
I hope I’m up to the task. The scope of this is staggering.
— Jan 01, 2018 02:53PM
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Christopher
is on page 6 of 288
This promises to be exactly what I need.
— Jan 01, 2018 01:49PM
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