Re: How does a picture look of an object who's location at snap time is uncertain?

On Jun 30, 8:57 pm, "g...@xxxxxxxxxxx" <g...@xxxxxxxxxxx> wrote:
Double slit experiment specifies about the Uncertainty
principle....yet....

....when they pictures at there synchrotron test labs and others....

...how does the picture of a single electron look like considering
that it's position is uncertain at the time the picture is taken.

Since they've even taken pictures I believe of much much smaller
quarks, pions, therefore a picture of an electron should be easier to
take?

In his lectures on physics, Feynman uses more than twenty pages to
discuss the mysterious double-slit experiment. He regards it as "a
phenomenon which is impossible, absolutely impossible, to explain in
any classical way." His analysis implies that each single electron
must pass through two slits at the same time. But how in hell does a
single electron pass through two slits? Feynman provides no answer.

In fact, it seems evident that the single electron can only pass
through the two slits in a discontinuous way. Therefore, its motion
must be not continuous but discontinuous. Such discontinuous motion is
imaginable and comprehensible. It has actually been lucidly expounded
in a recent book Quantum Motion - Unveiling the Mysterious Quantum
World. A more popular introduction God Does Play Dice with the
Universe can be found at the webite http://www.quantummotion.org/.

Once we realize that motion is discontinuous and random in reality, we
may finally understand the mysterious quantum world, where an electron
can pass through two slits at the same time. Even Feynman might be
satisfied with this answer.

.

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