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Your question is not specific enough. Are you trying to find some kind of charge density?Hi , I'm new here and wasn't sure where to place my post !
I want to explain an electrical point charge divided by a volume of space , can anyone help with this please ?
Your question is not specific enough. Are you trying to find some kind of charge density?
-Dan
Your first statement sounds like you are talking about a vacuum fluctuation but the comment about energy states is irrelevant to this phenomenon. And I have no clue what you mean by "fragmented." I guess you are going to have to write this out. I can't help if I don't know what you are talking about.I'm trying to explain a positive or a negative point charge ''popping into and out of existence'' by temporal transition , from a high energy state point to lower energy state surrounding points .
Energy magnitude and density of the point charge being ''fragmented'' / divided by the surrounding real coordinate space which is a lesser energy state . Should I post the section of my theory that the maths question is relative to ?
Your first statement sounds like you are talking about a vacuum fluctuation but the comment about energy states is irrelevant to this phenomenon. And I have no clue what you mean by "fragmented." I guess you are going to have to write this out. I can't help if I don't know what you are talking about.
-Dan
Is that supposed to say, "quantum oscillators"?… quantum sho's have a non-zero energy ground state …
Okay, I've got a better handle on this now. First, I would like to re-iterate that what you need to be talking about is Quantum Mechanics. The whole idea of a particle "dispersing" into a small volume just doesn't happen. According to the Standard Model all elementary particles (electrons, neutrinos, quarks, photons, etc.) are point particles without any "structure." That is to say, they aren't made from anything else. And, as I mentioned before, the zero point energy does not interact in any way with, well, anything. If an electron (or whatever) were to disperse it would no longer be an electron.
The idea that an electron has to take up some kind of space/volume is incorrect. It is a point particle and thus does not take up any space. Now that does seem rather unrealistic but has so far been confirmed by all experiments. On a really small scale do point particles not take up any volume? This is an unanswered question and some theories, such as String Theory, do address this issue.
I should point out that empty space is not really empty. Particle fields pervade the Universe. On the quantum level the fields act as simple harmonic oscillators. In fact, this is the origin of the zero point energy as quantum sho's have a non-zero energy ground state. Clearly there is something wrong with this picture as it predicts a vacuum with an infinite energy as it's ground state but the Math otherwise works out.
That's about as deep as I'm going to go with this. Your article has some basic flaws associated with an (apparent) lack of information about how QM would explain/negate your arguments. Feel free to ask about a topic but I'm not going to discuss your article as a whole in detail.
-Dan
"Quantum sho's" = Quantum simple harmonic oscillators.Is that supposed to say, "quantum oscillators"?
You must mean "You could have just said , you don't know how to divide something by an infinite space !" is really dividing something by an "infinitesimal space." That's what you are talking about when you are commenting on the initial volume of your micro-Big Bang. And yes, I do. A useful version is called a "Dirac delta function."You could have just said , you don't know how to divide something by an infinite space !
Q / F<E = Q / R^n = 0
Where Q is charge , F is force and R^n is an unspecified volume of real coordinate space
What is wrong with that ?
Point charge / unspecified volume of real coordinate space by the lesser energy force of the space .
I do want to discuss infinite space ! You say use V for volume but a volume has a finite label in general . According to Wiki :You must mean "You could have just said , you don't know how to divide something by an infinite space !" is really dividing something by an "infinitesimal space." That's what you are talking about when you are commenting on the initial volume of your micro-Big Bang. And yes, I do. A useful version is called a "Dirac delta function."
If you really do want to talk about an infinite space then you need to change your notation. (You do anyway, as a matter of fact.) [math]Q / \mathbb{R}^n[/math] is not a valid construction. What you want to write is [math]Q / V[/math] where V is infinite. [math]\mathbb{R} ^n[/math] means roughly an n dimensional copy of Euclidean space. You want n = 3 not n goes to infinity.
Your ideas are interesting but need much more Mathematical and Quantum Mechanical development.
-Dan
n mathematics, real coordinate space of n dimensions, written Rn (/ɑːrˈɛn/ ar-EN) (also written ℝn with blackboard bold) is a coordinate space that allows several (n) real variables to be treated as a single variable. With various numbers of dimensions (sometimes unspecified), Rn is used in many areas of pure and applied mathematics, as well as in physics. With component-wise addition and scalar multiplication, it is the prototypical real vector space and is a frequently used representation of Euclidean n-space. Due to the latter fact, geometric metaphors are widely used for Rn, namely a plane for R2 and three-dimensional space for R3.
It is probably confusing for the reason you have not read more of my theory . R is not radius , it is real coordinate space and n specifies that the dimensions have no specifics . R is used more in terms of isotropic .So your R simply means "radius?" Okay, then. But you would still only want n = 3 to represent a volume. Unless you want more than 3 dimensions of space. If you want more you should probably still specify what n is.
Also, p can't be equal to c. Even relativistically the spacial components of p have to be proportional to the mass (for particles v < c) or proportional to frequency (for particles v = c.) And what does " (Q / F < E) / t " mean? Do you simply mean (Q/F/t) = Q/(Ft) for F < E? This is very confusing.
There are a lot of non-standard things going on here. Perhaps I'm not seeing more sense in them because I haven't looked at the whole paper but your notation makes things mysterious whereas it should be used to make things clearer.
-Dan
In consideration of thermal dynamics and spectral emissions , a higher energy state points energy , traverses to lower energy state points . In the second law of thermodynamics ,heat flows naturally from an object at a higher temperature to an object at a lower temperature.
Too assume a point charge does not function the same way would seem unrealistic ! Proposing that a manifested point charge undergoes a temporal transition , changing from one state or condition to another over a period of time , would seem realistic and an evidential proposal based on thermal dynamics and spectral emissions .
One could suggest that the point charge simply self annihilates by dispersing into space , by the natural self drive mechanism of higher energy temporal transition to lower energy state points . This would seem a ''true'' assumption and for our understanding the Universe inside and out proposes and requests you accept the self annihilation to be namely , The Micro bang process .
It is propositioned to you , that from the instant of manifestation of the point charge , the charge energy is instantly attracted to all of the surrounding real coordinate space of lesser energy , in an isotropic manner . This event being a conditional and natural transitional state , causality of self annihilation .
It is also propositioned to you that the speed of this temporal transition process is the constant of c . The speed of light being a causality of the temporal transition of energy to a lower state energy .
The Universe Inside and Out concludes , the force involved in the event of temporal transition of the energy to a lower state energy , is the force of the lesser energy , concluding F<E , where F is force .
In concluding this , The Universe Inside and Out provides the following model of the proposed process of self annihilation
Unfortunately it does. Except for a really really small Quantum Gravity effect light does not care about the energy level it is interacting with. This statement is not correct.... Light is attracted to lesser energy states ...
Perhaps this will help !
I feel we are close to understanding each other !Unfortunately it does. Except for a really really small Quantum Gravity effect light does not care about the energy level it is interacting with. This statement is not correct.
-Dan
Edit: Okay, my answer is too glib and it is bothering me. Technically I'm not correct here, either.
What you say about global properties is true, this is nothing more than basic Thermodynamics. Heat, usually transmitted by EM radiation in one sense or another, does flow from high temperatures to lower temperatures and you can get a sketchy argument with this. The problem is that you are trying to say that this works for individual particles and that means you are moving away from Thermodynamics to Statistical Mechanics, and invoking quantum particles like electrons and photons you are specializing to Quantum Statistical Mechanics. You can't say with any certainty what is going to happen to one electron or photon... you can only talk about them in "bulk" numbers.
So I will repeat my answer with a small caveat: "Except for a really really small Quantum Gravity effect light does not care about the energy level it is interacting with." Your statement is only correct in a statistical sense and you appear to be talking about one electron at a time. This negates your argument.
-Dan