On 7 May 2014 11:38, John Ross <[email protected]> wrote: > We know that the electron and the positron exists and they are the > anti-particle of each other. Either they have an internal structure or > they don’t. This is an un-answered question. I have proposed an answer. > I have proposed an internal structure for the electron and the positron. I > don’t know why you would criticize me for that unless you have evidence > that I am wrong. Maybe you believe the electron is a wave function. >
"I have no evidence the electron isn't the Easter bunny either." is a typical Edgar type answer, attempting to "humorously" belittle the questioner rather than answering the seriously-intended question. The point is, you have to show that your theory actually solves existing problems and makes testable predictions, not that anyone has to show it's wrong. Until you make a testable prediction there is nothing being proposed, or nothing that can be tested. (By the way, why would one *not* believe the electron is a wave function, or at least is well described by it? As far as I know, that model works very well.) Electrons are created in pairs and destroyed in pairs. So why does it > appear that there are more electrons than positrons? I explain that there > are exactly the same number of positrons in our Universe as electrons. > This is because I know the that a proton is comprised two positrons and > only one electron. (A neutrino entron provides almost all of the protons > mass.) I have not counted the unanswered questions that my theory > provides a logical answer for, but I believe there are at least 100 > corresponding to my 101 predictions all of which you probably disagree > with. > > > So you're trying to fix the matter/antimatter asymmetry by saying that matter and antimatter are arranged asymmetrically inside what we call normal matter. Do you explain the reason for *that* asymmetry (the asymmetrical arrangement) ? (By the way, surely the quark model explains the internal structure of protons, and has passed all tests to date? Is there a specific problem with it that your theory fixes?) > Many of my predictions are testable. For example, my 28th prediction is > that: Ground state electrons and ground state positrons are self-propelled > by internal Coulomb forces at a speed of about 2.19 X 106 m/s, al little > less than one percent of the speed of light. Someone should be able to > check the speed of ground state electrons. A ground state electron > according to my theory is an electron that has not captured an entron. > Conduction electrons typically have captured an entron. > So far so good. All someone wishing to test your theory needs to know is what you consider a ground state electron (without making any reference to other hypothetical entities from your theory, of course). So far, all we know is that conduction electrons *aren't* what you consider ground state electrons - which is just as well since those tend to move much slower that 0*.*1c. By the way, in which reference frame is this velocity defined? More testable predictions, please. > > > According to my theory almost all orbiting electrons travel at this same > speed of 2.19 X 106 m/s, synchronized with other electrons, which is the > reason they aren’t pulled into the nucleus. This is an answer to another > question which is answered by current theories, but not answered very well. > > > See http://en.wikipedia.org/wiki/Hydrogen_atom for a detailed (quantum mechanical / relativistic) explanation of the behaviour of an electron in a hydrogen atom. The speed of the electron in the H atom is apparently of the order of c / the fine structure constant, or according to my trusty calculator around the speed you give above. However, I've heard that electrons move a lot faster in heavier atoms, and a quick google backs this up, see for example http://www.newton.dep.anl.gov/askasci/phy99/phy99092.htm - electrons in heavy atoms like Uranium move at close to lightspeed. So I guess the next question is, what do you mean by "almost all" ? -- You received this message because you are subscribed to the Google Groups "Everything List" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To post to this group, send email to [email protected]. Visit this group at http://groups.google.com/group/everything-list. For more options, visit https://groups.google.com/d/optout.
