Is it possible to mess with a quantum entangled particle?
Like.. can I measurably change any property of a quantum entangled particle? Any property at all?
Like.. can I measurably change any property of a quantum entangled particle? Any property at all?
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Favorite Answer
Messing with anything can have unforeseen outcomes, especially if they are entangled; I have enough trouble getting knots out of string and that's no theory.
xezlec
You can mess with any particle any way you want. Entanglement just means its properties are related to the properties of some other particle too.
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A) there is no hindrance on further adjustments in state after "fall down" is gained by utilising length. however the "equipment of entangled debris" is broken by utilising length, as you have got rid of a member of that equipment. B) observing each particle interior the Universe could in simple terms strengthen the uncertainty of the equipment, provided that we *can not* understand each little thing approximately each and each particle. C) this is a function of risk, and is not some variety of trick of Nature. D) the equipment of debris' interactions isn't constrained by utilising relativity. in case you overview the formula for diffraction, you will notice that displacement linked for "waves" for terribly great slit openings is in simple terms "too small to degree", not 0. and because wave habit is exhibited while even unmarried quantum products are making the journey, then neither the geometry of the object, nor of the slit is limited to a discrete spatial places, yet to risk clouds. provided that each and each particle is, in some experience, everywhere, you will ask why all interactions are actually not on the spot. possibly c, G, inertia, omega (cosmological consistent) and such are some thing else lower back. Like "inhabitants measures".