More work for me on the pile.

The only people qualified to have even an *opinion* about this are the highly-educated professionals who have extensively studied the real science on this topic.

Everyone else is just full of shit and talks about it in their blithering idiocy just to hear themselves talk their constant stream of bullshit.

I've wondered about this topic before and I've wrote about my thoughts and reading this article, and its relevance to me personally, makes me wonder again.

I wonder about several less-than-half-baked ideas on this topic.

One is about the basis for why physicists believe "Before you look at an object" and its consequences.

Because to "look at an object" you have to beam *other* electrons at the object you are trying to observe.

And by hitting it with other electrons you have just changed the object you're trying to observe.

The other notion is about three-dimensional geometry. You cannot predict the movement of an object if you cannot determine its precise location to begin with.

My guess is that the issue here is simply about technology. Technology has not yet been invented to physically track the location and movement of electrons.

The object you're trying to observe will *always* be in the place it is supposed to be. This "quantum improbability", or whatever it is the scientists call it, I can only guess, is simply because *you* do not have the resources to safely determine the location of the object. Because of your caveman tools, you will change it every time you try to look at it.








https://www.nbcnews.com/mach/science/weirdest-idea-quantum-physics-catching-there-may-be-endless-worlds-ncna1068706

NBC News

The weirdest idea in quantum physics is catching on: There may be endless worlds with countless versions of you.

Even if you'll never meet those other yous, some physicists say they're out there.

Oct. 22, 2019, 9:59 AM PDT

By Corey S. Powell

In the familiar, human-scale reality, an object exists in one well-defined place: Place your phone on your bedside table, and that’s the only spot it can be, whether or not you're looking for it. But in the quantum realm, objects exist in a smudge of probability, snapping into focus only when observed.

“Before you look at an object, whether it's an electron, or an atom or whatever, it's not in any definite location,” Carroll says. “It might be more likely that you observe it in one place or another, but it's not actually located at any particular place.”



- posted by Kerry Burgess 12:40 PM Pacific Time Spokane Valley Washington USA Tuesday 10/22/2019