ent. You can only list its probability of being t it, an electron doesn’t exist until it is observed. Or, put sligly, until it isobserved an electron must be regarded as being “at once everywhere and nowhere.”

    If take some comfort in kno it ops, too. Overbye notes: “Boed t a person raged onfirst  quantum t understand  try.”

    So tom turned out to be quite unlike t most people ed. tron doesn’t fly around t around its sun, but instead takes on t of a cloud. tom isn’t some rations sometimes encourage us to suppose, but simply termost of tron clouds. tself is essentially just a zone of statistical probability marking tron only very seldom strays. tom, if you could see it,ennis ball tallic sp not mucer all, dealing  from the one we see around us).

    It seemed as if trangeness. For t time, as James trefil  it,scientists ered “an area of t our brains just aren’t ounderstand.” Or as Feynman expressed it, “ts delved deeper, tonly could electrons jump from one orbit to anot traveling across any interveningspace, but matter could pop into existence from not all—“provided,” in tman of MIt, “it disappears again  e.”

    Per arresting of quantum improbabilities is t tomic particles in certain pairs, even  considerable distances, can eacantly “knoicles y knoo quantum tyou determine ticle, its sister particle, no matter ant aely begin spinning in te direction and at te.

    It is as if, in ter Laical poolballs, one in Oant you sent one spinning tely spin in a contrary