It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
originally posted by: Discotech
a reply to: Phage
Quantum Theory Demonstrated: Observation Affects Reality
A Nobel prize for being in two places at once
The scientists are lying ?
I hope they took away his nobel prize for the false science
No.
The scientists are lying ?
In other words, the mere act of observation determines which form they take and even what reality is.
If they shined the beam for the right amount of time, the atom would have a 50-50 chance of moving. In quantum mechanics, this 50-50 chance is called a "superposition," and is best known from the whimsical example, named for the Austrian physicist Schroedinger, of an imaginary cat. Imagine that a cat is locked in a box with a radioactive atom, Schroedinger said, and that the atom has a 50-50 chance of decaying in one minute. If it decays, it emits a particle that hits a vial of cyanide and releases the poisonous gas, killing the cat.
After a minute has passed, is kitty alive or dead? According to "superposition", the atom is in a combined state of intact and decayed, and so is kitty - in a superposition of alive and dead. Only when an observer looks into the box does one of the possibilities - alive or dead - become reality.
Only when an observer looks into the box does one of the possibilities - alive or dead - become reality.
originally posted by: Phage
a reply to: Discotech
Only when an observer looks into the box does one of the possibilities - alive or dead - become reality.
That was an effort by Schrodinger to demonstrate the weirdness of quantum mechanics but the thing is, quantum mechanics does not involve anything as large as a cat.
In any case, did you notice that the point was that there is no way of knowing if the cat is dead or alive until you open the box? Nowhere is it implied that the act of opening the box would determine the state of the cat. Whether or not you think about it.
When I hand my love in I'll be done.
A handed glove hides the door.
Half a chance - Half a chance.
We still have a chance.
Mr. Full, Mr. Have.
Kills Mr. Empty Hand.
Half a chance - Half a chance.
We still have a chance.
This video easily and clearly explains the famous and revolutionary 'double slit experiment' conducted by physicists, so you can see for yourself how it reveals, without a shadow of a doubt, that we as observers, create physical reality. Physicists have shown through a number of lab experiments that electrons are not solid particles after all, but are rather in a wave form which they call 'quanta,' hence this branch of science is called 'quantum physics'.
What physicists have remarkably discovered, especially through the famous 'double slit experiment' (see video above), is that as soon as you try to measure or observe an electron in its finest form, its nature changes. It instantaneously collapses from wave form into a particle that is in a specific place, space and time. They call this process 'collapsing the wave function,' and it is known in the scientific field as 'the measurement problem' - because an atom is not seen in a specific location until you try to measure it. Unobserved, it spreads itself out in wave form and is not seen.
Now since electrons are the core element, the building blocks of all matter including our reality and every 'solid' object in it, if we apply this to our physical 'reality' of time and space, quantum physics has proven that reality therefore collapses as soon as we stop observing it. It is important to note that this process does not only apply to the electrons, but also the nucleus, molecules and whole atoms.