Added: 2 years ago
From: irockofmyown
Views: 9,565
Sort by time | Sort by thread (beta)

Link to this comment:

Share to:

All Comments (27)

Sign In or Sign Up now to post a comment!
  • damn bill nye and his dislike

  • This video is extremely misleading!

  • @klseytron how the hell is it missleading 

  • Whoa... quantum physics is so cool...

  • It's the measuring that causes the problem, not looking at it. By measuring it you are causing a change in the outcome. If it was just by observing then we would never see two different ways because the act of observing it would always be there.

  • @Vincent67337 What do you mean by 'problem'? Just curios.

  • @Vincent67337 yes, but the part that you are observing is what is critical. if observe only the place that it lands, it will make the wave pattern. if you were instead observing which slit it went through, you will then see the particle pattern.

  • We actually influence the world around us... And we're not even aware of it.

    It's been proven before!

  • i was at the car mechanics earlier today, and i said, hey, are you a mechanic?

    and the mechanic respondes, yes i am, and i said, oh yeah? i am a quantom mechanice!!!!! and then we made out, and the mechanic is a girl

  • lol the same script is in an other video with a different voice.

  • Why does this lead us to the waterfront in Portland OR?

  • Comment removed

  • ...Creepy...

  • the observer is the higher dimensions looking down. All Connected but when you know your being watched you act different.

  • So we as beings with the ability to perceive in the third dimension, exist in a reality of infinite possibilities and manifest our reality into a linear *particle* existence. o.o

  • Comment removed

  • I think that the observer effect may be caused by particles of light hitting the electrons. It makes sense since to observe one must see, and to see one needs light. Since the light particles or photons have more mass than the electrons, perhaps they interfere with the pattern in the act of observing.

  • @Jevaud You make a good observation (no pun) but in the experiment they use a detector, not a human eye. In your theory, which is very clever and quite possible, has; in my honest amateur opinion, a flaw. Yes the human eye needs light to see/observe/watch etc... but an electron detector, I assume, operates in a different capacity than the eye. But I think you are on to something.

  • @Jevaud

    Actually, photons are mass-less whereas electrons contain some small degree of rest mass. However, I believe you are correct in that photons travelling from the observer's measurement devices are involved with collapsing the particle's wave-function, thus causing it to realize a location.

  • The little cartoon man makes it seem that it is "observing" in the sense of "seeing" that makes the difference. Perhaps is was simply placing the "eye" near and the same would happen had it been on or off, observing or just "there". If this is true then it is proximity of another object to the slit that interferes, not an "act".

  • site:youtube.com GOOGLE> OPERATION ONEWHITEDUCK ISN'T JUST A NIC TESLA TIME TRICK :-)

    YA SEE KIDS THIS IS HOW "IT" GOES > GOD KNEW HUMANS WITH CONVENTIONAL KNOWLEDGE COULD NEVER UNDERSTAND OR DEFEAT THE SATANIC NWO MIND CUNT TROLL WEAPONS

    SO GOOGLE> THAT IS WHY OPERATION ONEWHITEDUCK HAD TO BE PARANORMAL says John Joseph O'Brien :-)

    GOOGLE> OPERATION ONEWHITEDUCK IS GOD's MATH says John Joseph O'Brien :-)

  • the observer is a magnet ,does this help the mystry

  • Little Balls of Matter.

  • WHAT THE FU- *BOOM*

  • you need to make more videos man

  • What's the difference between wave and particle 

  • @cingle2004jp A wave is a carrier of energy through any given medium wheras a particle is a tiny piece of matter.

Loading...
Alert icon
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more