- #1
earamsey
- 38
- 0
Hi,
Originally this was going to be about duality of electron but after deeper study I decided against it. This is what I understand thus far -- please feel free to correct me!
The electron is the fundamental stuff that expresses both mass and charge. The charge of the electron is opposite to that of the proton and it is said to be "negatively charge" the latter "positively charge". When describe in terms of classical, macro, world the electron manifests itself as both particles and waves.
It is important to realize that particle-wave duality is result of explaining a non-classical entity from a classical point of view -- maybe even way of life; it is neither particle or wave even though it expresses these attributes. Further, for computational correctness the notion of particles maybe dropped. Electrons are accurately modeled and described using wave mechanics.
The location of electron is defined by probabilistic distribution and geometrically visioned as clouds. Its locality has highest probability in the region defined by the Bohr Radius. The shapes of these clouds are determined by electrons energy level; one can't say orbit because that implies momentum.
The electron does not have angular velocity, obviously because this would also imply an orbiting object around a central mass and contradict the quantum model. I infer it makes no sense to wonder why electrons don't fall into nucleus since it has no angular momentum, in classical terms, to decay in the first place.
I stop here to ask questions.
A) Why are classical terms used to describe particles? It can be confusing. Terms such as Electron Intrinsic Angular Momentum contradict uncertainty principle; besides isn't the momentum phenomena of electron totally disconnected from classical, p = m * v? Was this rhetoric introduced to appease the the classical purists at time QM was conceived -- "don't worry classical purists the electron has has momentum like everything, but it's just a different flavor your laws are not violated"
B) Am I correct to infer from QM that a particle is a pseudo-object because nothing, at the atomic level -- strange that atom and particle terms seems obsolete to me now, exists as a single point in space-time?
My next step is to go into more of the math. Please don't be shy about correcting me I am trying to understand and this stuff and need all help.
Sidebar:
Initially, I thought nature was an ineffably schizophrenic enigma. However, upon further study I've come to the conclusion that nature is just fine; disturbingly, it seems that human perception of nature is out of whack.
About me:
I am neither scientist nor student; however, I've been stimulated by programs on PBS, Nova, and Science channel. So, I am endeavoring to understand a bit more about what is going on by self study and interacting on forums. I am taking weird approach though. I learn only parts of classical physics required to understand QM. I'm learning the math as I go along too. I have knowledge of algebra/trig/calculus but that is simple in comparison to what I need to know.
I am open to suggestions on how how to educate myself on this matter too! (not into college though)
Originally this was going to be about duality of electron but after deeper study I decided against it. This is what I understand thus far -- please feel free to correct me!
The electron is the fundamental stuff that expresses both mass and charge. The charge of the electron is opposite to that of the proton and it is said to be "negatively charge" the latter "positively charge". When describe in terms of classical, macro, world the electron manifests itself as both particles and waves.
It is important to realize that particle-wave duality is result of explaining a non-classical entity from a classical point of view -- maybe even way of life; it is neither particle or wave even though it expresses these attributes. Further, for computational correctness the notion of particles maybe dropped. Electrons are accurately modeled and described using wave mechanics.
The location of electron is defined by probabilistic distribution and geometrically visioned as clouds. Its locality has highest probability in the region defined by the Bohr Radius. The shapes of these clouds are determined by electrons energy level; one can't say orbit because that implies momentum.
The electron does not have angular velocity, obviously because this would also imply an orbiting object around a central mass and contradict the quantum model. I infer it makes no sense to wonder why electrons don't fall into nucleus since it has no angular momentum, in classical terms, to decay in the first place.
I stop here to ask questions.
A) Why are classical terms used to describe particles? It can be confusing. Terms such as Electron Intrinsic Angular Momentum contradict uncertainty principle; besides isn't the momentum phenomena of electron totally disconnected from classical, p = m * v? Was this rhetoric introduced to appease the the classical purists at time QM was conceived -- "don't worry classical purists the electron has has momentum like everything, but it's just a different flavor your laws are not violated"
B) Am I correct to infer from QM that a particle is a pseudo-object because nothing, at the atomic level -- strange that atom and particle terms seems obsolete to me now, exists as a single point in space-time?
My next step is to go into more of the math. Please don't be shy about correcting me I am trying to understand and this stuff and need all help.
Sidebar:
Initially, I thought nature was an ineffably schizophrenic enigma. However, upon further study I've come to the conclusion that nature is just fine; disturbingly, it seems that human perception of nature is out of whack.
About me:
I am neither scientist nor student; however, I've been stimulated by programs on PBS, Nova, and Science channel. So, I am endeavoring to understand a bit more about what is going on by self study and interacting on forums. I am taking weird approach though. I learn only parts of classical physics required to understand QM. I'm learning the math as I go along too. I have knowledge of algebra/trig/calculus but that is simple in comparison to what I need to know.
I am open to suggestions on how how to educate myself on this matter too! (not into college though)