I guess Erwin Schrodinger was fascinated by double slit experiments.
Originally posted by ubeenhad
Another member that I wont name inspired me to post this link. They mentioned something about "crazy greek letters" and I thought some of you would want to know what all those crazy variables mean. These guys do a great job of simplifying very complex concepts, if you can deal with the accents. rofl
www.sixtysymbols.com...
Some of the ones I watched personally and found well presented were...
Feynman Diagrams
Wave Function
Real Science of Extra Dimensions
Plank's Constant
Originally posted by yampa
Originally posted by ubeenhad
Another member that I wont name inspired me to post this link. They mentioned something about "crazy greek letters" and I thought some of you would want to know what all those crazy variables mean. These guys do a great job of simplifying very complex concepts, if you can deal with the accents. rofl
www.sixtysymbols.com...
Some of the ones I watched personally and found well presented were...
Feynman Diagrams
Wave Function
Real Science of Extra Dimensions
Plank's Constant
Even though I'm at odds with a some theory in these videos, I do think they're worth watching. Decent synopsis of current theory with a lot of good insights.
Liking the look of their related project www.numberphile.com...
www.numberphile.com...
Originally posted by TeslaandLyne
reply to post by ubeenhad
Something is amiss by going to atomic quantum theory wave functions that are
different in their solutions and meaning to normal life functions relying on light
and other electro magnet waves.
light wave function
one of the links:
Electromagnetic wave equation
But they do not solve the fancy equation.
light wave function solution sine cosine
See you have to put in the exact solution, or be in the know, to get results.
pdf document
At top of the list.
Then what meaning do they have and they left out z direction for sound waves
www.ndt-ed.org...
Are Electrical sound waves in the air or ether valid concepts.
Sound in metal travels by vibration different in a solid than in air a gaseous medium.
Electro Magnetic waves may also travel like sound in gas and likewise transverse in metal.
Originally posted by TeslaandLyne
reply to post by ubeenhad
You do not know the quantum wave solution is any different from a gas or solid.
The solution is not a physical thing.
The quantum wave solution is a probability thing.
"Real Physics!" its not.
ED: you think the term function makes a difference
Ed; its most like an erroneous model just like Maxwell for solids and gases.
The wave function, and wave function, solves the wave equation.
The basic wave equation is being solved.
The restrictions on the wave make the solutions different.
I say there are other wave functions sine and cosine you forgot.
Ed: The symbol for Wave Function is for the probability use physics.
Real wave functions solve real wave equations for gas and solids.
So I guess the meaning of Real is the dispute.
So sorry.edit on 9/30/2012 by TeslaandLyne because: (no reason given)
Originally posted by yampa
I watched some of these a while ago, there is an episode with a nice Geordie (north east england accent) scientist explaining energy levels shifts using a tennis ball. Completely absurd, because he's using a physical analogy to describe the equation, rather than using an equation to describe the real mechanics of the interaction.
Originally posted by TeslaandLyne
reply to post by ubeenhad
The quantum wave solution is a probability thing.
"Real Physics!" its not.
.edit on 9/30/2012 by TeslaandLyne because: (no reason given)
The solution is not a physical thing.
The quantum wave solution is a probability thing.
The wave function, and wave function, solves the wave equation.
The restrictions on the wave make the solutions different.
Originally posted by ubeenhad
One of the first things you gotta do if you wanna be successful in things like QM, is realize that tho they are wierd, and probablistic, they are just as "real" as newtonian mechanics. Thats part of "re-wiring" yourself to think like this.