/sci/ - Science & Math

explain atom totality theory

Compare the merits of the pilot-wave and many-worlds interpretations.

OP, you alive?

>>1133888

I think he's ( |alive> + |dead> ) / sqrt(2).

solve the wave equation for hydrogen. Show work.

>>1133857
That the universe is actually a very large atom. The galaxies are actually "dots" of the electron dot cloud of this atom. Not that anyone actually believes this.

>>1133922
If that's you OP. you did a good service for me, kind sir.

ATOMPLUTONIUM (Handel's Messiah)

ATOMPLUTONIUM, ATOMPLUTONIUM, PLUTONIUM, PLUTONIUM, ATOM
PLUTONIUM ATOMPLUTONIUM, ATOMPLUTONIUM, PLUTONIUM, PLUTONIUM, ATOM
PLUTONIUM FOR THE ATOM
HAS INFINITE POTENTIAL PLUTONIUM, PLUTONIUM, PLUTONIUM, PLUTONIUM, FOR
THE ATOM HAS INFINITE
POSSIBILITIES PLUTONIUM, PLUTONIUM, PLUTONIUM, PLUTONIUM, FOR THE ATOM
HAS INFINITE POTENTIAL FOR
THE ATOM HAS INFINITE POSSIBILITIES. A DOT OF THE ELECTRON PROBABILITY
DENSITY DISTRIBUTION OF THE 5F6
FOR THE LAST ELECTRON OF 231PU IS THE PLANET EARTH, ANOTHER DOT IS YOU,
ANOTHER DOT ME. AND ATOMS
WILL NUCLEOSYNTHESIZE FOREVER AND EVER, AND ATOMS WILL NUCLEOSYNTHESIZE
FOREVER AND EVER, AND
ATOMS WILL NUCLEOSYNTHESIZE FOREVER AND EVER, AND ATOMS WILL
NUCLEOSYNTHESIZE FOREVER AND EVER.
ATOM OF ATOMS, FOREVER AND EVER, PLUTONIUM, PLUTONIUM, AND ATOM OF
ATOMS, FOREVER AND EVER,
PLUTONIUM, PLUTONIUM, ATOM OF ATOMS, FOREVER AND EVER, PLUTONIUM,
PLUTONIUM, AND ATOM OF ATOMS,
FOREVER AND EVER, PLUTONIUM, PLUTONIUM, ATOM OF ATOMS, FOREVER AND
EVER,
PLUTONIUM, PLUTONIUM,
AND ATOM OF ATOMS, ATOM OF ATOMS, FOREVER AND EVER, AND ATOMS WILL
NUCLEOSYNTHESIZE FOREVER AND
EVER. ATOM OF ATOMS AND ATOM OF ATOMS, PLUTONIUM, PLUTONIUM, AND ATOM
OF
ATOMS, FOREVER AND EVER,
AND ATOMS WILL NUCLEOSYNTHESIZE FOREVER AND EVER. ATOM OF ATOMS AND
ATOM
OF ATOMS, ATOM OF
ATOMS, AND ATOMS WILL NUCLEOSYNTHESIZE FOREVER AND EVER. PLUTONIUM,
PLUTONIUM, PLUTONIUM,
PLUTONIUM. ATOMPLUTONIUM!

>>1133911
No, solve it for... helium.

>>1133882
Pilot wave, as a hidden variable theory, postulates that there are hidden variables unknown to us that prove that observations of quantum mechanical models are deterministic. This theory also has nonlocality, which means information can travel faster than light, Einstein's so called "spooky action at a distance". Many-world, on the other hand, has locality, and serves to resolve several paradoxes, such as EPR and Schrodinger's cat.

I'm thinking of taking up a study in Quantam when i finish school. what can you tell me about it op?

I'm thinking of taking up a study in Quantam Physics when i finish school. what can you tell me about it op?

>>1133976
It's not for the faint of heart. If you never had higher level physics training before, as well as higher level math including linear algebra, then this class is not for you.

>>1133963
But isn't the evolution of the Schrodinger-picture state vector already nonlocal? Looking at it in a position basis, different branches of the wavefunction only interfere if all of the disparate particles arrive at the same position in both branches.

The more serious concern is how one calculates the probability of an observation in a framework where everything happens.

Does quantum entanglement allow information to be transmitted faster than the speed of light? If not, what applications does it have?

>Ask me anything

Do you have an exam in quantum mechanics tomorrow?

>>1134064
As far as we can tell, yes, information is able to travel faster than light. Then again, perhaps it doesn't have to "travel", which would make sense because quantum entanglement is supposed to be simultaneous.

Is there any classical analog for my dick in your mother?
Also, which level class is this?

>>1134294
Quantum entanglement doesn't send information, bro.

>>1134337
Indeed... it's a pity it's so complicated, but it was simpler it'd become the new "perpetual motion" of the wingnut world. People failing to understand it at all is better than people misunderstanding it.

How do you know that Schrödinger's cat really was a cat and not just a miniature tiger??????