4655:
problem, or why it is a problem. The only things related to leptogenesis is "11. SM does not clarify the origin of its gauge group SU(3)xSU(2)xU(1) and why quarks and lepton occur as representations of this group;", although there is also "2. The problem of symmetry and antimatter observation. This could be one of the biggest puzzle in cosmology: If itās true according to theoretical physics (Dirac equation etc.) that there should be equal amounts of matter and antimatter in the universe, then why our observation only display vast amounts of matter and very little antimatter?" So could we find a better source for this? I mean this one is 2007 publication which still considers the "missing solar neutrinos" to be a problem while it had been solved since the early 2000s. Or list as a problem "Muonium problem. Muonium is atom consisting of muon and electron, discovered by a team led by Vernon Hughes in 1960 . What is the dynamics behind muonium observation?" Surely there are books or reviews tackling the leptogenesis issue better than this one?
594:"(Cooper pairs are separated by roughly 100 nm, so they can overlap each other.)" That is not what is said in reference 114. The radius of the sphere of influence of the cooper pair on the surrounding lattice is roughly 100nm. The two electron probability distributions forming the cooper pair are not physically separated - they occupy the same space in the sphere - however, the volume of that space is quite large, so if you tried to determine the positions of the two electrons (the experiment would destroy that cooper pair) in the sphere, they would probably be quite separated. Typically, there are 10^6 cooper pairs in the volume of a sphere of 100nm radius, so there is significant overlap between the sphere of influence of one cooper pair and another. I don't know what is meant by the statement "Cooper pairs are separated by roughly 100 nm".
3346:
analytical evidence, that the atom is composed of electrons surrounded by protons, and it was
Rutherford who actually discovered the electron. But in any case I would like to state the number of physics of the time who disagreeed that electrons even exist at all!!: Rutherford Thomson Einstein Heaviside Tesla ... Actually for the most part ALL scientist prior to about 1930-1940 were skeptical to the existence of the electron. It was only after the atomic bomb, and secrecy and physicist being hanged for treason, were people completely unable to question it, but rule by tyranny is not scientific agreement! The next generation was brought up under the fear of communism, but now communism is over so why can't we ask again if the electron exist?
1544:
helicity is the inner product of the spin and the direction of the momentum of the particle. This is the property that is first described in the last paragraph of the classification section. It depends on the frame of the observer. Chirality is a closely related property (for massless particles they coincide) that depends on the technical transformation properties of the spin-1/2 particle. It is frame independent, and it is the chiral left-handed component of the electron that appear in the the weak isospin doublet together with the left-handed neutrino. Currently the article implies that it is the left-handed helicity component that appears there. This subject is confusing enough as it is, without wikipedia adding further misinformation.(
4494:"Smith, J." style. It is also not because the information exists that we need to include it. For example, we exclude ISSN and journal publishers from journal citations. We truncate long lists of authors (the exact threshold depends on the editor/style guide followed). Including full names in citation is both a nightmare for maintenance (the second you cite an article where you can't find an author's first name, you make your article inconsistent and need to either switch styles, or find another citation just so you can maintain stylistic consistency). And lastly, per
274:"As the chemical properties of the elements were known to largely repeat themselves according to the periodic law, in 1919 the American chemist Irving Langmuir suggested that this could be explained if the electrons in an atom were connected or clustered. Groups of electrons were thought to occupy a set of electron shells about the nucleus, providing the necessary clustering." (This insight is due to Lewis (1916, in the same paper as his bonding model), although Langmuir's paper proved influential in popularizing it ā and provoking a bitter priority dispute.)
3337:"The electron's charge was more carefully measured by the American physicist Robert Millikan in his oil-drop experiment of 1909, the results of which he published in 1911." I have old physics books, that state the electron charge is 1.1 *10^-19 C . So what changed in how the electron charged is measured now (it being 1.6*10^19C) and then during the Millikan experiement. I want to make another point that this article should talk about positive and negative electricity, because that plays a large role in the history of the electron.
1893:
electron is thought to be stable because it is the lightest electrically charged particle, and any decay process must conserve charge and reduce mass. (OK, this may be worded a bit smoother than this.) Remember that to many readers it may not be immediately clear that decay must always yield lighter particles. Incidentally, if you decide to keep this example note that this is now the first mention of the neutrino in the article. It should either be wikilinked or should be introduced earlier. (
1848:
permittivity, for example); the NIST uses it in a much broader sense, including the Sackur-Tetrode constant at 1 K and 101.325 kPa, the {220} lattice spacing of silicon, or the atomic mass constant. The electron-to-proton mass ratio is "fundamental" in both those senses, but it isn't in senses which would make more sense. (Too bad that no-one seems able to clearly explain which these senses which would make more sense are.) But "derived" isn't much better; I'd just say that it is constant. --
3577:
the commoen belive that elctron it self acutlly produces the photon; the electron cause the mediume (i.e. vacuum, vacuum energy) to expile a photon (quantity) since according to
Enistein's e = m c^2 space have curverture near mass's and that space curvature apply, may be, that is a denser or it is of a higher energy location in space when it is near the nuclei of an atom than it is further away form it, and that all object have Schwarzschild radius.--e:Y,?:G 17:11, 11 October 2010 (UTC)
983:
feel free to find that reference. In
Purcell's book (2nd ed, p 7), "In our study of electricity and magnetism we shall treat the charged particles simply as carriers of charge, with dimensions so small that their extension and structure is for most purposes quite insignificant." -- i.e. "point-like" in nature. "points" are purely mathematical abstractions and anyone who believes that pure mathematics has anything to do with the real world is in for a fun ride.
3644:
beginning for general readers. I tried to improve the prose to make it more readable. It was also really long - I removed one sentence about how an electron moves in a magnetic field, as that's just information about charged particles and not really specific to electrons. I also removed some sentences about the positron: this is the electron article, surely the place for a definition of the positron is the lead section of the positron article.--
4930:
31:
2685:", one of which is in the second sentence. This is supposed to convey that there is no substructure. Would anyone object to me changing "point particle" to "elementary particle"? "Point particle" is confusing because this term has two meanings: Having no spatial extent, or having no substructure. Only one of these definitions clearly applies to an electron, since an electron wavefunction obviously
3501:
physics, but the striking logic seamed so correct, i mean why aren't there electrons who are of slightly different mass like + - 0.00000001% it doesn't happen. So i tought maybe he had a point, now i'm years older not on school anymore and i wonder if he was unique in his idea, or that there is a group op physicians who have the same idea, and call it "xxxx" well i don't know how it is called.
295:"For the 51 GeV electron above, the wavelength is small enough to explore structures well below the size of an atomic nucleus." (The wavelength is smaller than the size of the atomic nucleus, and the energy of the electron is higher than many of the forces that hold the nucleus together, but you shouldn't imply that you could make an electron microscope out of 51 GeV electrons!)
2775:
transforms into during a weak interaction. Saying it is a point particle is simply another characteristic of the electron. So in the second sentence two characteristics which help describe the electron are elucidated. However, saying it is an elementary particle is the same as saying it has no substructure. Again I refer everyone to read the article
1709:), part of which is that it obeys the Pauli-exclusion principle. Particles obeying Fermi-Dirac statistics are called fermions. Being a fermion is not a classification (like being a lepton), but a property. (like being a point particle). The natural place of discussing that electrons are fermions would be in the quantum properties section.
3528:. It is based on the fact that anti-particles can be viewed as particles moving backwards in time. You could thus imagine all electrons and positrons being part of one worldline weaving back and forward through time. It would require there to be exactly as much antimatter as there is matter, which is not consistent with observations.
1340:, and have a more summary style section here. But I don't actually feel that this should be a deal breaker. The main reason that this is longer than the median FA length is that there are so few natural sciences FA. Since FA requires article to cater to the needs of the widest possible audience these FAs tend to become very long.
253:"Chemical bonds between atoms were explained in 1916 by Gilbert Newton Lewis, as the interactions between their constituent electrons." (Interactions between electrons are always repulsive, so could hardly explain chemical bonding: the Lewis model of covalent bonding is based on the sharing of electrons between atoms.)
1212:
especially since stellar mass and heavier black holes statistically produce close to zero electrons. I don't care to check the numbers, but don't be surprised of the expect number of electrons created by black holes in the observable universe is less than 1. So, stating this possibility in the lead seems a bit
4546:
correctly. It says, "Do not change the citation style used in an article merely for personal preference or cosmetic reasons. If you think the existing citation system is inappropriate for the specific needs of the article, gain consensus for a change on the talk page before changing it." The standard
4315:
This plot is a bit misleading and needs to be corrected. The plot is obviously a probability distribution (as subtitled) not a wave-function plot as titled. Title and
Subtitles should be reversed. Furthermore, the gradient bar ranging from minus (-) to positive (+) is very misleading and confusing.
3643:
I agree with you. I've reorganised it into a more logical order (roughly speaking 1 paragraph of its significance in classical physics, 1 paragraph of particle physics, 1 paragraph history, 1 paragraph cosmology and technological applications), trying to keep the most general 'context' stuff near the
3377:
If you read the original paper
Thomson makes it absolutely clear that the entire point of the experiments he is reporting is to demonstrate that there exists a subatomic particle which carries the negative charge, and has a small but measurable mass. Thomson was at pains to exclude other conclusions.
3277:
The phrase I had problems with was "more easily demonstrated". I tried "most easily demonstrated" but that sounded clumsy, so I've changed it to "best demonstrated" which makes more sense grammatically. If the statement isn't actually true then it should be changed, but the lead should summarise what
1955:
This section largely deals with things that only tangentially have to do with electrons. Subjects like vacuum polarization and vacuum fluctuations involve basically all (charged) fundamental particles. So I dont think it is necessary to discuss them here. The only stuff that really is about electrons
1657:
Looking at the other sections I've noticed that there is stuff about spin all over the place. First in the 'classification' section and later again in the 'virtual particles' section, and I think I've seen it somewhere else as well. Anyway it would probably be better have a paragraph or two about the
815:
The head paragraph states that the electron "has no known substructure and is believed to be a point particle.", yet there is a section named "Subparticles" that states:"Electrons, when tightly confined at temperatures close to absolute zero, split into two subparticles, spinions and holons, in order
346:
I'm not a connoisseur of these matters, but I think you should sketch how an electron microscope or the surface imaging techniques work. Also, are LEED and RHEED primarily industry-used techniques? It looks like they belong to laboratory. But actually I think the applications section might benefit
319:
Applications: this looks a bit unstructured, for example, the electron microscopes appear both in
Industry and Laboratory, but it's not clear why. I would do a separate section for electron microscopes. I feel that the applications in general are underrepresented, for example compared to the lenghty
176:
The answer is that quantum physics prevents anything from being an actual point. The universe has a smallest scale, leading to the "uncertainty principle" and conjugate variables. Basically, you cannot say an electron is at some exact spot; you can only ask what is the probability that it is within
4768:
It seems to be a notation issue then. I think the MeV/c notation is rather misleading because anyone trying to find the rest energy who makes the easily made errant assumption about how the notation works is going to assume you find the rest energy by multiplying that number MeV/c by c. I don't know
4363:
We should pick one and stick with it. The first and second options are not viable because the first and middle name of several of these authors will be extremely hard to track down, and will be extremely tedious to do so when possible. Which leaves us with the last four. So I'll switch everything to
3682:
I agree with
MaterialScientist. The previous version was better. This is about the electron, not the atom, and the "rewritten" version takes the focus out of what the article is about. That being said, I agree that the lead, especially the first paragraph, should establish more firmly that electrons
3610:
I think the introduction is too long and inappropriate, it does not point out the relevance of the subject. The fact that the electron is a component of atoms, and that it is the main responsible of almost all properties of matter, chemical, electrical, optical, thermal, mechanical (except mass)...,
3576:
could it be, when the electron go to deeper orbital next the Nuclei the vacuum expile a photon (a quantity, a piece of,from vacuum energy) in the opposite direction of the electron movement to observe the electric and magnetic and spacetime curvature energy conservation. this way in contradictory to
3345:
Many physicist did not agree with the electron hypothysis, including albert einstien, and the so called discoverers. That being JJ Thomson himself. JJ Thomson even wrote a book about electrodynamics and electrons are not mentioned. Also
Rutherfords experiment is very similar to Thomson. There is no
3147:
Congratulations for making this a featured article (without my help). However it seems to me to be directed too much toward specialists, or perhaps overestimates the average person's knowledge. I think the fact that electrons account for most of the properties of matter that we observe (and are) in
2689:
have finite spatial extent. On the other hand, "elementary particle" means having no substructure, and is perfectly unambiguous. Moreover, both of the sentences already make it quite explicit that we're saying there's no substructure, so there's no need to worry about people who haven't heard of the
1769:
I don't think anyone would be likely to think that a classification scheme for elementary particles in the
Standard Model could also be applied to quasiparticles in graphene sheets and whatnot, but better safe than sorry; the current version as of 18:54, 28 August 2009 (UTC) looks reasonably fine to
1753:
for example. The other part is the article sometimes gave the illusion that being a fermion or boson is defined by the spin. (while in some exotic systems you can have particles with spin-1/2 that are not fermions. Again anyons are an example.) But this has been mostly solved in this article by some
1362:
That is maybe where this is going wrong, the current section tends to get side tracked in things in the history of physics in which the electron was only marginally involved. Those this article really need to discuss the history of the atomic model and quantum mechanics. I think that by staying more
1190:
The last paragraph needs some work. The first part seems to discuss the creation and 'destruction' of electrons. As it written now it seems to be self-contradictory first stating that electrons are created in the Big Bang and lost in nucleosynthesis, but later adding other possibilities. I'd suggest
3243:
I would also agree with the point above about the lead being a bit difficult for the non-expert. The lead should be there to draw in the non-specialist and I think introducing concepts like "The intrinsic angular momentum (spin) of the electron is a half integer value of ħ" so early is off-putting.
1830:
The first paragraph of this section implies that the electron-to-proton mass ratio is a fundamental constant of the standard model. It is actually quite hard to calculate this ratio exactly from first principles as it involves the poorly understood strong coupling regime of QCD. So, at best it is a
504:
is an example of the phenomena produced by triboelectricity." This makes me question the "correction" that I made to paragraph 1, where I changed "phenomena" to "phenomenon" , understanding "triboelectricity" to be the one phenomenon referred to. If what is meant is "the various phenomena caused
3862:
proposed lead (below) may have, I feel it is more than a step in the right direction. I would support replacing the lead with it now and making incremental changes in place. The structure of the current intro may have been ok for the muon or the tao-neutrino, but the electron plays a major role in
3802:
as suggested by
Headbomb: it seems a good example of what to aim for, covering the most important properties of quarks in very accessible prose. Here is a new version, hopefully taking on board GianniG46's suggestion about the first few sentences. Do you think it solves any problems of the current
3171:
I read that beginning physics students view physics as a set of unrelated formulas to be memorized! So we should start by telling how electrons fit into the rest of science and life. I did once clearly experience the ratio of the mass of the electron to that of the proton, when I had to increase
3126:
The paragraph on Virtual Particles start with "Physicists believe that...". This phrase suggests that what coming up is somehow more far fetched than the rest of the article, whereas virtual particles are a general feature of QFT's. Virtual particles are by definition to be measured indirectly, so
2652:
Well, I'm not sure what phycists you have been talking to, but any with a decent amount of knowledge should have at least heard of virtual particles, since they are the bread and butter of modern particle physics. Now, one can discuss at length whether virtual particles actually exist or that they
2596:
Electric eels emerged only about 110 million years ago in fresh water rivers in which low conductivity and conversely high resistance made triboelectric phenomena sensible and usable. The time period predates, though not terribly, the first proto-humans and suggests that electricity was among the
1776:
claim that by swapping two identical particles the wavefunction must multiply by either +1 or ā1 because if you swap them twice you "get back to the original state"; an identical reasoning could imply that any particle has integer spin because if you rotate it by 360Ā° you "get back to the original
4493:
and all other style guides are that articles, including citations, are consistent within themselves. You will not find one manual of style (either general, or specialist, or a high-quality journal's house style) which allows for some citations to be in the "Smith, John" style, while others in the
1728:
Since each particle is either always a fermion or always a boson, I can't see any real problem with classifying particles as such. In particular, "elementary fermions" is a handy way to refer collectively to quarks and leptons (particles of "matter" according to one definition; not the one I like
982:
cm in which case, we may arguably consider electrons as "point-like" particles. I believe a reference for this point is made in Edward M Purcell's book, "Electricity and Magnetism". Classically, the radius of an electron is 3 femtometers (while, surprisingly, that of a proton is 1 femtometer!) --
4654:
from all Knowledge articles, I think it should be fairly easy to find a better source for this. Especially if you read the article, it doesn't seem to discuss this at great length, it's simply a list of "unsolved" issues in particle physics, with very little information about what exactly is the
3500:
I once had a physic teacher who said that all electrons are just 1 particle, as it had the same mass he concluded it is only everywhere. Its a kind bizarre but.. well quantum-physics do allow of objects to be at multiple places at once. Now i can understand that his view is not a regular view in
2918:
Also, the formula that shows as a tiny single-char ā symbol followed by a 3 with an overline, which is naturally above the character cell and does not line up with the radical char, is just plain wrong. As much as Math tags have their own issues with text size zooming, this approximation is not
1892:
seems to be an attempt to explain why the electron cannot decay. To me this choice of particles seems totally random. It also leaves a less informed reader wondering why this should explain that electrons cannot decay. It may actually be easier to just explain this along the lines: 'However, the
664:
I would like to suggest that the electron is an element. In any atom, the electrons are what you see because only they interact with light and not the nucleus. Also, every physical reaction one has with the world involves exclusively contact and forces between electrons, or between electrons and
3782:
I think Hermajesty21's edit could be a start point. Perhaps simplifying the first sentences and modifying syntax to make the electron (instead of the atom) to be the subject could already help. But, anyway, the importance of electrons in all properties of matter cannot be left out. The history,
3762:
I also feel that the current lead doesn't really flow, much of it reads like a collection of facts stuck together. I tried to improve the prose so that it's more readable. I recognize that my version should be improved by putting less focus on the electron's role in the atom, but could you read
3572:
It will ever astonish me that photon electron and nuclei all have in common: electric and magnetic fields, and gamma rays (charged photons) produces electrons and positrons in a process called pair production, and that photon and electron "cause" to produce each other Is it in there "genes"?
2793:
Jheald, The most likely explanation for its lack of dimension is that it is as you say a wave packet. I suppose wave packet could be seen as merely a packet of electromagnetic radiation, which wouldn't have any spatial dimension. I forgot about this, on the Point particle talk page. It has been
1440:
I'd like to see a source for referring to fermions as a 'family'. The only place I've seen it called that is here on wikipedia. Most of the time the term 'family' in particle physics is used as a synonym for generation. Further more, being a fermion is a property, namely that the particle obeys
1211:
As in the example above, I would leave the mention of Hawking radiation out of the lead. This a hypthesis that although with massive theoretical support has never been observationally confirmed in any way. This makes it a lot less important than a lot of other things you can say about electrons
3552:
paper by J. J. Thomson. I had no trouble finding a copy posted online, and with it the correct original citation. I placed it into the article at what I consider the appropriate places. This citation has a url to a facsimile of the original paper. The original paper was published in 1897 so is
1574:
I've been thinking about this some more and started to wonder why the article is introducing left-handedness and right-handedness at all. The only other place that these terms are mentioned in the article is when discussing the weak interaction in which case it is meant to refer to left-handed
2845:
need to be said in the second sentence is that the electron isn't made of even smaller particles, there's nothing inside it, it's the bottom level, unlike everything in the everyday world. This is a very important point that every reader should know immediately. Whether an electron is a point
1543:
Then say so in the first place, and ask for clarification instead stating that you fixed everything. The problem is that there exist two closely related properties of particles the helicity and the chirality. For spin-1/2 particles these both have a left-handed and right-handed component. The
1186:
If you are going to stress that electrons make up only 0.06% of an atoms mass, you should also mention that they account for about 99% for the physical and chemical behavior of atoms. Actually, this might be a good sentence to just drop from the lead. It will make the overall structure of the
2840:
I made a change to the second sentence. Just to be clear, I believe Jheald that there's probably some sense in which an electron can be thought of as a point particle. But even if that's true, it doesn't need to be said in the second sentence. The very important thing about the electron that
2798:
by Michael Springford. I entered "point particle" in the local search function, for the book and the first result so far talks about the direct connection between the electron wave function and its electromagnetic properties. It was Herman Weyl who first understood this? I suppose once I get
2774:
Sorry, to add another comment here but, I just noticed the context of "substructure" and "point particle" in the second sentence. Substructure in this context is not related to "point particle". The electron having no substructure means there is no particle or sub-group of particles that it
1847:
The fact is that no-one seems to agree about what "fundamental constant" means. Guys such as John Baez and John Barrow use it to mean "dimensionless constant" (because the numerical value of the fine-structure constant doesn't depend on the choice of units of measurement, unlike the vacuum
638:
An anonymous editor decided to completely reorder the lead section. I took exception because I believe the current ordering is a logical arrangement that begins with the electron properties and then later introduces their interaction. I.e. it moves from the core topic outward. The original
466:
says "the Lewis' static model of atom". Should that be "Lewis' static model of an atom", "Lewis' static model of the atom", "Lewis' static model of atoms", "the Lewis static model of an atom", "the Lewis static model of the atom", "the Lewis static model of atoms", or something else? --
3176:
slightly when I switched between accelerating positive and negative ions, in opposite directions. But most of my experience with electrons has to do with my own body and the matter around me where the effect of the electron mass is only useful to those who know how to calculate the
4806:
We don't want the article to be confusing or misleading. However, I'm not understanding 152.19.144.186's point. The convention in Physics is to treat units like algebraic terms. Your suggestion with the parentheses is like saying "(a*b)/c is more clear than a*b/c" -- they look the
1198:'Most of the electrons in the universe were created in the big bang, but may also be created through beta decay of radioactive elements and in high-energy collisions. Electrons may be destroyed through annihilation with positrons, or may be absorbed during nucleosynhtesis in stars.'
2629:
It says many physicist believe there are virtual electrons. This seems very obscure. If there are virtual electrons, what is determining if the electron is virtual or non-virtual. Also, who accepts this, because I talk to many physicist who have never heard of virtual electrons.
3748:
Article leads should be as accessible as possible to the general reader. If someone asks you what electrons are, one of the first things you'd explain is that they are one of the particles that make up atoms. It just doesn't make sense to leave this till the end of the third
4335:
Back when it ran for FA, I tried uniformizing references, but this somehow was met with resistance from whomever nominated the article . So now I've gotten to clean everything up except the names in the citations, which was the contention point. The guiding principle of the
3611:
is given as a detail, after having spoken of what happens if it collides with a positron (which is said twice, in the lead section). Also, the discussion wave-particle, or the details on who and when made theories on it can be posponed into the body of the article.
3015:
That information is incorrect. Because it has no physical size, it is considered a point particle. It is a "structureless, point-like particle". It is called a point particle because it has no dimensions, it has no spatial extent. See page 70 in this book for one
2865:
The text mentions virtual photons making the electron dance around. the link says its due to positive and negative energy states of the Dirac equation. And, particles can have spin without charge, so how can this be said to cause the spin and magnetic moments?
2132:
Normally Compton scattering is considered to inelastic rather than elastic, since the photon changes wave length. I know this somewhat of a definition question, but normally Thomson scattering is is considered to elastic, while Compton scattering is not.
2592:
It might extend the temporal order of the history of electron research to mention its use by electric eels. Though eels did not quantify or describe electrons in language, they identified electrons reliably and separated them according to potential.
2561:
Let the characteristics of the photon which "parents" an electron be preserved in the electron. That is: 1) circumference = wavelength, 2) frequency = frequency, 3) circular velocity = speed of light (i.e., electric fields), and 4) energy = energy.
4547:
is about the general styles of the citation; whether harvard style vs. something else. It does not mention the particulars of the author naming. You also did not discuss this on the talk page before you began making personal preference style changes.
4726:
and other places online actually say. Basically, there is a stray 1/c^2 that if you multiplied by, you would get a rest energy of a factor of 9*10 too high. This problem also occurs in the proton article as well and may be in other articles.
1494:. These to are obviously related, but different. With the big difference being that the chirality does not depend on the frame. (which is good as I wouldn't know how a isospin doublet can transform into a singlet through a Lorentz transform.)
3821:
It needs a good spitshine, but it's definitely a step in the right direction. I didn't look at it in details, but the "what & where & importance / properties / history / origins & applications " seems like a winning structure.
3300:
The note 9 says that the spins of the electrons in a storage ring will be aligned. OK. But it suggests that they will be aligned with the momentum. That is clearly wrong. They get aligned with the magnetic field. Just read the article
2361:
Surprisingly this section does not explain that because of the Pauli exclusion principle only two electrons can occupy each orbital, causing the shell structure of the atom, and with it most of chemical and (macro) physical properties.
2914:
So does that reversion constitute an act of edit war? I'll open it for discussion here rather than re-applying my original change. Just saying "is ugly" for someone else's intentional improvements is rather rude, at the very least.
3127:
it's not a question of believe. It says "all physicists", as if some non-physicists where the ones who came up with critics on that viewpoint. I mean the whole article is on what physicists "believe" so what does that mean anyway? (
4316:
A probability cannot be negative. It appears the intended range is zero (0) to one (1) . It's a very nice depiction that is just in need of a little polishing. As it stands it's misleading students who stumble onto this page.
1700:
This article also suffers from a common misconception on wikipedia on the relation of fermions, spin and the Pauli exclusion principle. The correct relation between these concepts is that: Any particle with 1/2-integer spin, obeys
2046:
What is the difference between Thompson and Compton scattering? For free particles they are one and the same. Only in Thompson case it is the visible light that is usually scattered and, therefore the change in energy is small.
299:
As there is no longer anything in this paragraph, or the section either, that suggests an electron microscope, I'm going to mark this as done. Particle accelerators have already been mentioned as striking a static target with
3398:
Re. the recent edit and revert, IIRC I've heard that in Compton scattering the change in wavelength of the photon is "conventionally" considered a change in internal state, so the collision is considered to be inelastic. The
871:
Experiments to measure size have been unsuccessful, therefore no size, thus point like. Although this can be wrong from a number of perspectives. One is if it is a standing EM wave, then calling it point like is incorrect.
3723:
I see your point, but I still think that the current version has its problems too- apart from the overemphasis on atoms, what do you think of the other changes in my edit? I have got to go now, but will try to discuss more
2163:
As I said this somewhat of a definition issue, but in the discussion of a photon scattering of an electron the change of wavelength of the photon is often considered a change in internal state. (The photon changes color).
4828:
multiply the mass by c to get the rest energy. Rest energy = mass * c = (0.511 MeV/c) * c = 0.511 MeV. Right? Can you come up with an example where one would get the wrong numerical result because of this notation?
2846:
particle in a certain sense, even though it never exists at just one point, is worth figuring out but doesn't need to be said in the opening section, and certainly not in the second sentence, in my opinion.Ā :-) --
225:
Personally I think the topic is worthy of a separate article. It also covers the speed in a conductor, which is in a different section of this article. You're always free to dup. cites from this article, if need
128:
How can a particle with mass exist with no spatial extent? With no spatial extent the electron must have infinite density. The only object with infite density I know is a black hole. Are electrons black holes?
4498:, articles should be streamline according to established usage. In this article, it was "Smith, J.S." or possibly (I didn't bother checking for spaces) "Smith, J. S."m so that's what got picked up in the end.
2712:. This is counterintuitive to me, but there are differences. The electron has mass, charge, and it has spin. It has no radius. So, this is just something to think about, whatever changes you decide to make.
951:
as a point-like particle within certain contexts. If we are talking about electrodynamics/statics, then we should reference (to be found and verified) that Coulomb's law is valid for distances as short as
1575:
chirality. At best explaining these terms adds very little to the article, at worst it confuses the reader. The best may be just to leave the whole paragraph on left/right-handedness out of the article. (
4480:
I have never seen a style guide on Knowledge (or elsewhere for that matter) which said that citations should be presented inconstantly, and I've seen just about every on style there is to see (and BTW,
3614:
Perhaps the subject should be divided quite sharply in two: the "low energy" part (electrons in matter); and the "high energy" part (the elementary particle and its interactions with other particles).
4904:
I apology, the paper explains the lack of gravitational acceleration: caused by gravitation gradient of surface electron density, create electric field precisely canceling gravitational acceleration (
4855:
I have just found extremely surprising PRL paper from 1967: F. C. Witteborn and W. M. Fairbank, "Experimental Comparison of the Gravitational Force on Freely Falling Electrons and Metallic Electrons":
1327:
In the 'Discovery' section, note that it is only possible to publish result of an experiment note an experiment itself. (As the first sentence of the paragraph about the oil-drop experiment now reads.)
1429:
The electron is an analog of the charged leptons in the second and third generations, the muon and the tauon, respectively, which are identical in charge, spin, and interaction, but are more massive.
2897:
reverted some of my edits with the comment "Unicode fractions are ugly." Well, oversized split-level fractions that don't sit properly on the baseline "are ugly". It's particularly bad with "spin-
665:
photons, except when you come into contact with radioactive substances. Also, Theodore W. Gray has made a periodic table tile of the electron, with symbol e and atomic number of ā1. My reference is
4859:
in which they have measured gravitational mass of electron while free falling and it occurred it is nearly zero. Since there is even planned CERN measurement of gravitational mass of antimatter (
151:
The same can be said of the electron's charge: if it has no spacial extent, then the charge density is also infinite. I don't think physics has a good answer for this one yet. One possibility is
3378:
Can you cite a publication by any of the scientists in the time period you claim where their words demonstrate that they were "skeptical to the existence of the electron"? I think you cannot.
3201:, so that the outsides of atoms consist of electrons and they dominate the way atoms stick together to form matter." That is a long sentence, but what use is it to know the mass without it?
789:
It's an intrinsic and fundamental property of the particle. Other than that, I think physicists are still working out the underlying mechanisms that give particles their various charges. See
4863:), I believed these electron results were widely confirmed while these 44 years, but surprisingly I couldn't find anything (?) Anyway, I believe it really should be mentioned in the article.
1956:
is the remark that the magnetic dipole moment gets a correction at 1-loop order in QED, and similarly the Lamb shift, but those can be dealt simply with a remark at the appropriate values. (
2283:
The article claims that the shift in wavelength is due to a transfer of momentum, this should be energy. Thomson scattering also transfers momentum, but does not cause a wavelength shift. (
1107:. Formulas are part of the sentence structure and thus need suitable interpunction. When a formula is the end of a sentence it needs a period. (Which needs to be inside the math tags per
1183:
Some paragraphs illogically combine subjects. For example the second paragraph starts out discussing the history of the electron, and somehow ends up discussing its statistical behavior.
3259:
Maybe it should say "tiny but non-zero mass". Light, with zero rest mass, shows wave properties more easily, but its particle properties weren't noticed until almost the 20th century.
4769:
how common or "set in" writing mass as MeV/c is, but it would be a lot clearer if you wrote it (0.511 MeV)/c. The parentheses make it clear that the units of 0.511 are MeV, not MeV/c
2565:
Electron's radius is the photon wavelength over 2pi. About this radius, the electric fields of the "parent" photon are spiral wrapped. A positron has the opposite sense wrap.
2259:(and in fact without any further note that this is indeed the mass, wait it is in the note but still) in other places in this article (and other places on wikipedia) it is denoted
4461:
Going through an article and changing reference names into initials is removing information and I do not see a benefit. There is also not a consensus in the style guide to do so.ā
2221:'Compton wavelength' is used in the paragraph before the one that explains what is and wikilinks it. I think the two paragraphs can be switched without causing major problems. (
3220:"The ancient Greeks noticed that amber attracted small objects when rubbed with fur; apart from lightning, this phenomenon was man's earliest known experience of electricity."
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suggests that only elementary particles can be fermions. Of course, any particle with half-integer total (internal) angular momentum is a fermion (at least those for which the
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are merely an artifact of our perturbation expansion (I'm tempted to say the later), but fact is that you can't do most of the calculations in particle physics without them.
1498:
Fixed everything except Family. Family is used here as a synonym of "group". It can be used to describe any type of particles. The word does not carry any special meaning.
1433:
The second and third generation contain charged leptons, the muon and the tauon, which are identical to the electon in charge spin and interactions, but are more massive.
1336:
This section IS rather long. It could be condensed by leaving out some of the details (which do wander offtopic at times). It may however be better to create an article
980:
2817:" does not appear to be helpful with defining or describing point particle. Also, I am continuing the discussion on "Point particle" over at that article's talk page.
2726:
Also, I want to point out that point particle and elementary particle are two different concepts - (I am repeating myself from WP physics talk - hope you don't mind).
4722:
Currently the mass of the electron is given as 0.510998928(11) MeV/c2, however, this is wrong. It should be the rest energy is 0.510998928(11) MeV, which is what
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everyday life should come before how they fit into the particle physics classification system. How about starting more like: "The motion of electrons and their
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The curving motion creates a centripetal force on the particle, and this acceleration causes the electron to radiate energy in the form of synchrotron radiation.
4454:, without further abbreviation. The APA guidelines recommend abbreviating first names to initial letters instead, but since Knowledge has no shortage of space,
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lead? Feel free to change it around and post any improvements. (Note: It looks a lot shorter posted here than in the article, because of the lack of info box)--
2396:
Pairs of electrons in an atom align their spins in opposite directions, giving them different spin quantum numbers that satisfy the Pauli exclusion principle.
2092:
That is of course true. It is often a good approximation however and there is a lot of literature talking about it, which makes a good reason to mention it. (
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Don't take this as the literal texts as it needs expansion here and there, it is meant as an example of a more balanced logical structure for the sentences.
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are great, as a whole the journal is seen with a suspicious eye by many people as it seems it publishes a bit more "weird" results than would be expected.
2571:
The circularity of the photon (h/2pi)is increased to the circularity of the electron by the additional 2Pi that results from closing the photon on itself.
180:
In calculations, they basically say "don't worry about it". Draw a very very small radius around the point and consider the effect outside that radius.
2795:
2656:
To answer the question of what makes an electron virtual, that is relatively simple. A particle is virtual if E^2-p^2 is not equal to its (rest) mass. (
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article also calls it inelastic, but I have no source at hand at the moment, so I'm not going to re-instate the "inelastic" in this article for now. ā
1749:
But that is exactly part of the problem. Not all particles are either fermion or boson. In exotic systems you can also have (quasi)particles which are
3783:
instead, can be simplified: it is sufficient to speak only of Thomson in the lead, the other facts are already reported in the body of the article. --
111:
They are pretty much ubiquitous because they form parts of atoms. You experience them when you get an electrostatic shock or watch a lightning bolt.ā
248:
Many of the issues raised during the FAC have been addressed. Here are the remaining issues that need resolving before another FAC attempt is made.
2907:" where the fraction is half again the size of the regular letters in the word. In this context, the Ā½ is a single simple concept and shouldn't st
2779:. Also, there is a discussion that is happening right now, about the article, on that talk page, which may help clarify what a point particle is.
2944:
vs. Ā½, the former is much more readable. I'm neutral on the sqrt thing, although I favour any html-based solution (such as &sqrt;3/2&bsp;
1111:.) When the sentence continues with 'where' it usually needs a comma. The article is currently missing interpunction on pretty much all formulas.
481:
Various sources use "static model of the atom" or "static atomic model". I'll just insert a 'the', as I think that was the intent of the author.ā
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A dough nut is shape equivalent to a sphere. The resultant electric fields around a dough nut are spherical in form and equal in magnitude.
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If the spin of the electron is oriented in the same direction as its momentum, it is called a right-handed spin; otherwise it is left-handed.
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Isn't it the magnetic field that creates the centripetal force on the charged particle? The curving motion would create a centrifugal force.ā
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I removed the following paragraph because I was unable to find a suitable source, and I'm not clear that it was helpful to the lay reader:
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have finite spatial extent; plus how one measures the "pointlikeness" of a point particle (i.e. operationally what does the term mean).
2748:
needs to be strengthened to convey exactly what point particle means for a quantum mechanical particle, when the wavefunction as you say
428:
says "a clouds of charged water droplets". Should that be "a cloud of charged water droplets" or "clouds of charged water droplets"? --
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Hermajesty21 mostly because of undue focus on topics which are only indirectly related to electron - the 2nd/3rd sentences for example.
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arrangement also more closely aligned with the order of presentation in the article, and it is limited to only four paragraphs per the
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4368:, another FA, which uses "J.S. Smith". If people would rather have "Smith, JS" or others, it would be trivial to switch to them (with
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719:
If you say so. Then revert it. I'm pretty new to Knowledge so I may not know all those policies. How do you even create an account? --
2613:
2526:, which ALSO says "Negatron redirects here" at the top of its page. Can someone fix this? Maybe a disambiguation page for negatron?
2077:
In Thompson scattering energy is transfered but this transfer is small. So basically there is no such thing as Thompson scattering.
774:
2986:
says not to use unicode fractions because they cause trouble for those using screen readers, and they are generally less readable.
4688:
I have some issues with the fractional version of mass in the Infobox for electron and positron. Please read more about it on the
1130:
If you're not going to put the interpunction inside the math tags, then you need to put both the math and the interpunction in a
136:
835:
is solids, which are quanta of excitation in the collective of many electrons. The real electrons in the vacuum are point-like.
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be done. This works in certain articles, usually those primarily citing books. This does not work here). The core principle of
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It is an elastic "collision" (total energy is conserved), but it is inelastic scattering of photons (they are losing energy). /
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You mean at the end of the first History subsection? I brought that up in the FAC, and RJHall assured me it will be reworded.
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from a restructuring: ordering the applications by the specific feature of electrons they use could make it all more coherent.
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It should probably be "clouds of charged water droplets" to match the plurality of "experiments". Thanks for catching that.ā
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Not all electrons in an atom will be paired. Just think about hydrogen (or any other element with odd number of protons). (
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2321:. If the earlier paragraph about handedness is kept it should be made clear that this is a different kind of handedness. (
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If the electron is an elementary particle then where do the photons come from when they collide with there antiparticle.
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The original read like you were defining the properties of the electron in terms of the (more obscure) muon and the tau.
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I'll leave it to a working expert in the field to edit. But I hope it gets some attention before the Front Page day.
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I've added some additional details about the LEED/RHEED and inserted a brief description of the electron microscope.ā
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I have always thought that a collision is elastic if internal states of the participating particles do not change.
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I also have a problem with the following sentence in the lead which, in fact, isn't really a complete sentence:
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talks about them being used in Ethiopia to drive out devils, although it wasn't reported until the 16th century.
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First impression: looking good. I have some comments most of them minor, but most need to be resolved before FA.
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3237:"However, this duality is more easily demonstrated in experiments with electrons, due to their tiny mass."
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everyday phenomena. The general reader doesn't need to learn about it's spin and anti-particle so early.
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If this is supposed to be just a classical way to view it (from the 1950s) that should be made clearer.
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The outcome of an elastic collision between a photon and a solitary electron is called Compton scattering.
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that needs to explain this while discussing the relation of angular momentum, spin and magnetic moment. (
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Fixed everything except the last one. The History section is itself a summary of the much longer articleā
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consists of two additives, which are squares of absolute value of each complex-valued component, called
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4027:, developed in the early 20th century, predicts that electrons, like all matter, have properties of
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4458:." I see no consensus regarding whether the article should use the same name style for all authors.
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After this the paragraph make a somewhat illogical jump to detection and applications of electrons.
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4070:. Laboratory instruments are capable of containing and observing individual electrons as well as
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an electron decaying into a neutrino and photon would mean that electric charge is not conserved.
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factors necessary for a comprehensive concept as Earth's species groped their way to the Moon.
4031:. Experiments to demonstrate this work best with electrons, due to their tiny mass. Apart from
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I slightly shortened this section, but I will probably removed the third paragraph completely.
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Isn't it more logical to discuss the stuff about spin in the fundamental properties section? (
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policy. Finally, some of the modified wording may not be in compliance with wikipedia policy.ā
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Fixed that myself. If there is no need to create new terminology, then it is better not to. (
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says "Claims are verifiable against high-quality reliable sources". While I'd never "purge"
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Because the electron is a fermion, such wave function must take into account the electron's
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However, further inspection of the source raises a few question. While several articles in
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Thanks. I've been trying to get to these, but other priorities have been keeping me busy.ā
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is articles I need to be self-consistent. Currently, we have these styles use for names
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The electron has no known components or substructure, so is generally believed to be an
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that of a proton, hence electrons contribute less than 0.06% of the mass of an atom. In
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I would call normally use the term Compton scattering for the process not the outcome. (
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The first one is mine, so I ought to take responsibility for it. Any help is welcomeĀ ;)
155:. Another I've seen mentioned is that space and time are themselves quantized. See also
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can detect electron plasma in outer space. Electrons have many applications, including
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The concept of an indivisible amount of electric charge was theorized to explain the
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it says in the article, so you may need to also add something about that elsewhere.
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More easily demonstrated than in experiments with what - light or other particles?
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I noted nothing myself. So I do not how to fix this. I think all text is necessary.
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to participate in quantum tunneling.". I wonder if there is a contradiction here. --
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Could someone with a caring hand please take a look at the unattractive and unloved
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some specified region. The smallest region you can specify is the planck length.
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fields cause the majority of the events of everyday life. Since the outsides of
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I've tweaked the paragraph to avoid talking about fundamental constants at all. (
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If you wish to start a new discussion or revive an old one, please do so on the
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4450:: "A good guideline is to list author names as they are written in the original
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term "elementary particle", it's defined clearly by the rest of the sentences.
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Thus the magnetic moments of an atom's paired electrons cancel each other out.
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The left-handed spin component of the electron forms a weak isospin doublet...
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template to prevent the interpunction wrapping separately from the equations.{
3168:, for example, is the result of the way electrons are shared between atoms."
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I think "point particle" is the right term, and more direct; but the article
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then how big is the pointĀ ? and what happens at the surface of this pointĀ ?
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by triboelectricity", I recommend that the text be clarified accordingly. --
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804:
782:
752:
728:
710:
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627:
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583:
566:
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4860:
4058:
enter the atmosphere. Electrons may be destroyed through annihilation with
2919:
semantically correct for page scanners and accessibility, and looks goofy.
4485:
is not part of the manual of style, it's an example guide that shows what
4415:
Done. I also trimmed any citations with 4 or more authors to Smith, J.S.;
4231:
Particle Or Wave: The Evolution of the Concept of Matter in Modern Physics
2794:
awhile since I have thought about it. I just found a book on google books
2522:
Searching for Negatron redirects here, but doing a Google search, I found
4043:
3908:
3157:
3156:
consist of electrons, they dominate the way atoms stick together to form
3149:
1483:
1465:
This family includes all elementary particles with half-odd integer spin;
497:
463:
425:
207:
4824:
And the "errant assumption" you talk about doesn't seem so errant. One
4042:
According to theory, most electrons in the universe were created in the
2255:
In the formula for the Compton shift the electron mass is given as just
1049:-valued wave function should be used, and, in Schrƶdinger's theory, the
4401:
That's the style I'd prefer too, closely followed by āSmith, John S.ā.
4032:
3965:
3904:
3687:
for an example of this "establishement" of where things can be found)).
3024:
The physics of atoms and quanta: introduction to experiments and theory
741:
A good starting point is the Help link in the interaction box at left.ā
856:
From where follows this property of the electron to be point-like?--
4883:
3977:
3186:
3161:
1046:
668:. I will now revert it back to my old version, on account of this. --
2299:
I clarified that it involves transfer of both momentum and energy.
1238:
That is better but still suffers from many of the above comments. (
4365:
3912:
3799:
3684:
1799:
Yeah looks OK now. Wording now sidesteps the issue quite nicely. (
1750:
691:
policies. Such a claim would have to be substantiated by several
4617:"Thirty Unsolved Problems in the Physics of Elementary Particles"
3763:
through my edit and discuss what you think of my other changes?--
4004:
3182:
3153:
1590:
I shortened the paragraph about helicity to just one sentence.
325:
I did a re-organization, but the section still needs more work.
4924:
4783:
Those parenthesis are not necessary. MeV/c is a correct unit.
4604:
there was an excess in the number of electrons over positrons.
2968:
Are this Unicode symbols correctly displayed by all browsers?
1347:. To create another historical article would be unreasonable.
25:
3216:
Amber and lightning man's earliest experience of electricity?
3524:
This a well known idea proposed by Feynman and Wheeler, see
2911:
nd out of the page more any any other part of the sentence.
1658:
spin of the electron in the fundamentel properties section.(
3181:. Or show how to use the mass: "Because an electron has a
572:
I attempted to remedy this in a slightly different manner.ā
4015:
was introduced for this charge in 1894 by Irish physicist
4600:
For reasons that remain uncertain, during the process of
3004:
Sorry, I got confused....it's definitely a point particle
2934:
Single reversions never consist of edit wars. Concerning
2681:
The article has two references to the electron being a "
2107:
I added a couple of sentences about Thomson scattering.
2062:
In Thomson scattering their is not transfer of energy. (
4019:. The electron was identified as a particle in 1897 by
3659:
3227:
they were even used for early treatments for headaches
616:
I changed the wording to remove the ambiguity. Thanks.ā
4878:
They also published a Nature article on that in 1968
1257:, so that other editors will feel free to edit it. --
958:
2465:
Should this section also say something about ions? (
1673:
I moved spin to the fundamental properties section.
1431:
is a bit awkward. Suggest something along the line:
1363:
on focus the history section could be 30% shorter. (
1306:
Leading subsection ends in a one sentence paragraph.
4007:, beginning in 1838 by British natural philosopher
3972:of particle physics, electrons belong to the first
3425:In some publications it is clearly called elastic
3223:What about shocks from electric eels? According to
3215:
3008:Original post removed due to author embarrassment.
2799:clarification I can write this into the article.
1041:, particularly where the spin may be altered by a
974:
4054:and in high-energy collisions, for instance when
4906:http://prola.aps.org/abstract/PR/v151/i4/p1067_1
3548:I was puzzled at the lack of a citation for the
1772:(BTW, this "confusion" predates Knowledge. Even
1528:In this case I do not understand what you want.
4857:http://prl.aps.org/abstract/PRL/v19/i18/p1049_1
4364:"Smith, J.S." as it is the closest in style to
4311:Depiction from File:Hydrogen Density Plots.png
3087:I could probably come up with other sources.
2317:I suggest at least wikilinking left-handed to
1513:The helicity/chirality issue is still there. (
1069:. Perhaps it would be better presented on the
4542:Personally, I think you are int interpreting
2394:As a result you get a very strained sentence
8:
4890:so far (the PRL article has 130 citations).
1067:Knowledge:Make technical articles accessible
767:Do anyone know how electrons get a charge?
547:I had a minor quibble about this statement:
3931:. Electrons also play an essential role in
3003:
3919:. The mass of an electon is approximately
1393:I slightly shortened the History section.
4568:. I would like to see this standardized.ā
4112:
4110:
3980:particle family, and they participate in
3958:) of the electron is a half (in units of
3394:Compton scattering: elastic or inelastic?
3185:that is approximately 1/1836 that of the
1831:derived constant of the standard model. (
1155:I moved all punctuation inside formulas.
963:
957:
4861:http://aegis.web.cern.ch/aegis/home.html
3028:. Springer-Verlag New York, LLC. p.Ā 70.
1729:most but nevertheless in common use). --
920:A point has no size and no surface.Ā ;)
4851:Electron is missing gravitational mass?
4607:
4297:was invoked but never defined (see the
4264:was invoked but never defined (see the
4212:was invoked but never defined (see the
4190:was invoked but never defined (see the
4168:was invoked but never defined (see the
4146:was invoked but never defined (see the
4106:
4046:, but they may also be created through
4943:Do not edit the contents of this page.
4483:Knowledge:Citing sources/example style
4448:Knowledge:Citing sources/example style
3067:
3063:
3051:
3040:
683:The problem is that this violates our
44:Do not edit the contents of this page.
3606:Introduction too long and unorganized
7:
4886:which received only 30 citations on
4023:and his team of British physicists.
1888:In the last paragraph the sentence:
1332:'Standard Model' needs to be linked.
206:? Perhaps it could be redirected to
4289:
4256:
4204:
4182:
4160:
4138:
198:Potential (zap!) merge-in candidate
2708:Steve, I refer you to the article
1971:I am thinking about this section.
24:
3553:definitely in the public domain.
4928:
4279:
3107:"half integer value of Ā½"; ugh!
2588:Evolutionary context of electron
519:I changed the paragraph to use "
29:
3296:About the Sokolov-Ternov effect
2266:. The later seems preferable. (
1486:, while the following sentence
4839:00:35, 23 September 2011 (UTC)
4779:19:47, 22 September 2011 (UTC)
4764:18:59, 22 September 2011 (UTC)
4737:18:45, 22 September 2011 (UTC)
3496:Was my teacher right on thisĀ ?
3454:page it is called inelastic.
3077:CS1 maint: extra punctuation (
2583:20:00, 19 September 2009 (UTC)
2551:23:47, 11 September 2009 (UTC)
2536:23:36, 11 September 2009 (UTC)
2012:11:01, 11 September 2009 (UTC)
496:The caption for the image for
123:18:54, 27 September 2008 (UTC)
105:01:59, 26 September 2008 (UTC)
1:
4564:I began a general discussion
4456:you need not abbreviate names
4442:15:45, 17 December 2010 (UTC)
4411:15:35, 17 December 2010 (UTC)
4396:15:10, 17 December 2010 (UTC)
4228:Anastopoulos, Charis (2008).
4117:Thomson, Joseph John (1897).
4066:, and may be absorbed during
3873:16:07, 30 December 2010 (UTC)
3846:11:04, 17 December 2010 (UTC)
3813:15:10, 11 December 2010 (UTC)
3793:23:01, 10 December 2010 (UTC)
3773:22:06, 10 December 2010 (UTC)
3734:00:20, 10 December 2010 (UTC)
3711:00:13, 10 December 2010 (UTC)
3683:are components of atoms (see
3672:00:15, 10 December 2010 (UTC)
3654:00:07, 10 December 2010 (UTC)
3254:14:02, 23 November 2009 (UTC)
3211:22:13, 21 November 2009 (UTC)
3137:12:56, 21 November 2009 (UTC)
3117:11:12, 21 November 2009 (UTC)
3097:06:45, 21 November 2009 (UTC)
3089:Steve Quinn (formerly Ti-30X)
2996:00:05, 21 November 2009 (UTC)
2979:06:21, 20 November 2009 (UTC)
2964:20:46, 19 November 2009 (UTC)
2885:00:08, 19 November 2009 (UTC)
2856:06:31, 19 November 2009 (UTC)
2827:04:02, 18 November 2009 (UTC)
2819:Steve Quinn (formerly Ti-30X)
2809:02:00, 18 November 2009 (UTC)
2801:Steve Quinn (formerly Ti-30X)
2789:01:22, 18 November 2009 (UTC)
2781:Steve Quinn (formerly Ti-30X)
2762:01:15, 18 November 2009 (UTC)
2736:01:08, 18 November 2009 (UTC)
2728:Steve Quinn (formerly Ti-30X)
2722:01:01, 18 November 2009 (UTC)
2714:Steve Quinn (formerly Ti-30X)
2703:00:40, 18 November 2009 (UTC)
2118:19:04, 1 September 2009 (UTC)
1997:11:49, 5 September 2009 (UTC)
1288:11:48, 5 September 2009 (UTC)
1090:FAC Comments from TimothyRias
238:19:39, 25 February 2009 (UTC)
220:02:50, 25 February 2009 (UTC)
193:21:50, 18 November 2009 (UTC)
4918:14:23, 19 October 2011 (UTC)
4900:07:47, 19 October 2011 (UTC)
4873:07:38, 19 October 2011 (UTC)
4679:22:34, 18 January 2011 (UTC)
4326:16:02, 7 December 2010 (UTC)
3636:14:59, 19 October 2010 (UTC)
3601:17:33, 11 October 2010 (UTC)
3361:You are sorely misinformed.
3288:00:17, 3 December 2009 (UTC)
3269:17:49, 1 December 2009 (UTC)
2815:Electron: a Centenary Volume
2796:Electron: a Centenary Volume
2666:08:50, 6 November 2009 (UTC)
2646:00:44, 6 November 2009 (UTC)
2618:19:23, 16 October 2009 (UTC)
2448:I clarified this statement.
1277:I made changes to the lead.
699:Knowledge could publish it.
89:where are electrons found?
4596:A passages currently reads
2509:09:41, 21 August 2009 (UTC)
2491:18:31, 29 August 2009 (UTC)
2475:15:06, 28 August 2009 (UTC)
2459:18:31, 29 August 2009 (UTC)
2443:15:06, 28 August 2009 (UTC)
2424:18:31, 29 August 2009 (UTC)
2408:15:06, 28 August 2009 (UTC)
2388:18:31, 29 August 2009 (UTC)
2372:15:06, 28 August 2009 (UTC)
2348:15:11, 29 August 2009 (UTC)
2331:14:50, 28 August 2009 (UTC)
2310:15:11, 29 August 2009 (UTC)
2293:14:50, 28 August 2009 (UTC)
2276:14:50, 28 August 2009 (UTC)
2248:15:11, 29 August 2009 (UTC)
2231:14:50, 28 August 2009 (UTC)
2214:15:11, 29 August 2009 (UTC)
2197:14:50, 28 August 2009 (UTC)
2174:15:30, 29 August 2009 (UTC)
2159:15:01, 29 August 2009 (UTC)
2143:14:50, 28 August 2009 (UTC)
2102:09:14, 31 August 2009 (UTC)
2088:15:41, 29 August 2009 (UTC)
2072:15:30, 29 August 2009 (UTC)
2058:15:01, 29 August 2009 (UTC)
2041:14:50, 28 August 2009 (UTC)
2027:Why is there no mention of
1982:09:15, 31 August 2009 (UTC)
1966:12:06, 28 August 2009 (UTC)
1939:09:08, 31 August 2009 (UTC)
1925:17:57, 28 August 2009 (UTC)
1903:14:02, 28 August 2009 (UTC)
1878:09:08, 31 August 2009 (UTC)
1864:18:45, 28 August 2009 (UTC)
1841:13:39, 28 August 2009 (UTC)
1809:21:28, 28 August 2009 (UTC)
1795:18:54, 28 August 2009 (UTC)
1764:12:06, 28 August 2009 (UTC)
1745:10:37, 28 August 2009 (UTC)
1724:08:59, 28 August 2009 (UTC)
1684:07:09, 28 August 2009 (UTC)
1668:12:16, 27 August 2009 (UTC)
1647:14:03, 26 August 2009 (UTC)
1615:09:00, 31 August 2009 (UTC)
1601:08:30, 31 August 2009 (UTC)
1585:08:56, 28 August 2009 (UTC)
1570:13:30, 25 August 2009 (UTC)
1554:09:45, 24 August 2009 (UTC)
1539:18:20, 23 August 2009 (UTC)
1523:16:40, 23 August 2009 (UTC)
1509:12:54, 23 August 2009 (UTC)
1455:10:05, 24 August 2009 (UTC)
1404:08:31, 31 August 2009 (UTC)
1389:13:34, 25 August 2009 (UTC)
1373:10:05, 24 August 2009 (UTC)
1358:12:54, 23 August 2009 (UTC)
1345:History of electromagnetism
1320:10:38, 22 August 2009 (UTC)
1273:10:00, 24 August 2009 (UTC)
1248:10:05, 24 August 2009 (UTC)
1234:12:54, 23 August 2009 (UTC)
1219:If you want you can review
1166:13:18, 26 August 2009 (UTC)
1150:10:05, 24 August 2009 (UTC)
1126:12:54, 23 August 2009 (UTC)
1105:Formulas need interpunction
419:Uncertainty in proofreading
4994:
4712:07:18, 3 August 2011 (UTC)
4684:Fractional version of mass
4580:17:46, 15 March 2011 (UTC)
4522:17:27, 15 March 2011 (UTC)
4236:Princeton University Press
3992:interactions, but not the
3858:Whatever shortcomings the
3486:21:47, 11 April 2010 (UTC)
3464:21:13, 11 April 2010 (UTC)
3442:19:01, 11 April 2010 (UTC)
3420:18:08, 11 April 2010 (UTC)
3356:14:36, 15 March 2010 (UTC)
2413:I rewrote this paragraph.
1713:What is the problem here?
1085:21:40, 4 August 2009 (UTC)
1023:01:30, 23 March 2012 (UTC)
846:19:32, 1 August 2009 (UTC)
826:19:05, 1 August 2009 (UTC)
535:19:42, 14 April 2009 (UTC)
515:15:31, 14 April 2009 (UTC)
477:22:26, 13 April 2009 (UTC)
456:22:22, 13 April 2009 (UTC)
438:21:54, 13 April 2009 (UTC)
411:22:34, 14 March 2009 (UTC)
395:19:27, 13 March 2009 (UTC)
382:19:16, 13 March 2009 (UTC)
363:17:21, 23 March 2009 (UTC)
339:02:41, 22 March 2009 (UTC)
312:02:13, 22 March 2009 (UTC)
288:11:54, 24 March 2009 (UTC)
267:11:54, 24 March 2009 (UTC)
208:Electron#Motion and energy
3798:I looked at the lead for
3326:11:04, 1 March 2010 (UTC)
2948:) over inline math tags.
2001:Significantly shortened.
1004:22:18, 24 July 2010 (UTC)
936:21:42, 24 July 2010 (UTC)
171:21:44, 9 March 2009 (UTC)
145:08:27, 9 March 2009 (UTC)
4615:Christianto, V. (2007).
4068:nucleosynthesis in stars
4029:both particles and waves
3915:, bound together by the
3563:17:58, 6 July 2010 (UTC)
3538:09:10, 12 May 2010 (UTC)
3511:22:33, 11 May 2010 (UTC)
3388:17:39, 6 July 2010 (UTC)
3172:the magnetic field of a
1754:of the recent changes. (
1191:something along the line
975:{\displaystyle 10^{-11}}
909:22:24, 11 May 2010 (UTC)
805:17:45, 5 July 2009 (UTC)
783:06:58, 5 July 2009 (UTC)
753:18:46, 4 June 2009 (UTC)
729:07:58, 3 June 2009 (UTC)
711:05:39, 3 June 2009 (UTC)
678:05:21, 3 June 2009 (UTC)
655:17:49, 25 May 2009 (UTC)
628:19:24, 18 May 2009 (UTC)
610:06:13, 17 May 2009 (UTC)
584:17:50, 25 May 2009 (UTC)
567:19:43, 14 May 2009 (UTC)
4017:George Johnstone Stoney
3371:06:44, 3 May 2010 (UTC)
3143:What should come first?
3122:Physicists believe that
1707:spin-statistics theorem
1469:spin-statistics theorem
1441:fermi-dirac statistics.
1338:History of the electron
882:16:35, 8 May 2010 (UTC)
866:09:20, 8 May 2010 (UTC)
811:no known substructureĀ ?
4755:
4638:
4123:Philosophical Magazine
4039:experiments in 1927.
3333:Charge of the electron
3050:Check date values in:
3020:Haken,, H. (2000-10).
1824:Fundamental properties
1703:Fermi-Dirac statistics
1490:refers to left-handed
976:
464:Electron#Atomic theory
4941:of past discussions.
4598:
4100:particle accelerators
3917:electromagnetic force
3526:one-electron universe
3303:Sokolov-Ternov effect
3179:de Broglie wavelength
2237:Paragraphs switched.
977:
498:Electron#Conductivity
244:FAC issues check list
42:of past discussions.
4293:The named reference
4280:Dahl (1997:122ā185).
4260:The named reference
4208:The named reference
4186:The named reference
4164:The named reference
4142:The named reference
4088:electron microscopes
4074:, whereas dedicated
4052:radioactive isotopes
4037:electron diffraction
3941:thermal conductivity
3895:carrying a negative
3418:(formerly Army1987)
2480:I added a sentence.
2377:I added a sentence.
1559:I tried to clarify.
1312:MasterOfHisOwnDomain
956:
791:Theory of everything
763:Charge on ELECTRONS.
685:no original research
521:triboelectric effect
204:Speed of electricity
4652:Progress in Physics
4643:Progress in Physics
4625:Progress in Physics
4331:Names and citations
4001:chemical properties
3948:elementary particle
3883:A possible new lead
2356:Atoms and Molecules
2319:Chirality (physics)
1774:Landau and Lifshitz
1029:Unsourced paragraph
947:An electron may be
157:black hole electron
4744:electron volt#Mass
4690:positron talk page
4344:Smith, John Samuel
3994:strong interaction
3899:. Electrons orbit
3893:subatomic particle
3452:Compton scattering
3401:Compton scattering
3305:to be convinced.
3062:Unknown parameter
2029:Thomson scattering
1065:See, for example,
972:
426:Electron#Discovery
4981:
4980:
4953:
4952:
4947:current talk page
4892:Materialscientist
4709:
4092:radiation therapy
4084:cathode ray tubes
4025:Quantum mechanics
3664:Materialscientist
3639:
3622:comment added by
3598:
3584:comment added by
3329:
3312:comment added by
3193:have much longer
2636:comment added by
2625:virtual electrons
2621:
2604:comment added by
2543:Materialscientist
1950:Virtual particles
1778:
1253:I've moved it to
1187:paragraph better.
1007:
990:comment added by
926:comment added by
899:comment added by
773:comment added by
600:comment added by
135:comment added by
95:comment added by
82:
81:
54:
53:
48:current talk page
4985:
4977:
4955:
4954:
4932:
4931:
4925:
4884:10.1038/220436a0
4762:
4754:
4710:
4703:
4677:
4648:FA criteria 1(c)
4634:
4633:
4621:
4612:
4520:
4440:
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4304:
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4167:
4159:
4153:
4152:
4151:
4145:
4137:
4131:
4130:
4114:
3952:angular momentum
3950:. The intrinsic
3929:chemical bonding
3844:
3709:
3638:
3616:
3597:
3578:
3439:
3417:
3414:
3411:
3408:
3328:
3306:
3082:
3075:
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3059:
3053:
3048:
3046:
3038:
2976:
2943:
2942:
2938:
2906:
2905:
2901:
2861:ZitterbewegungĀ ?
2648:
2620:
2598:
2524:Negatron (album)
2488:
2456:
2421:
2385:
2345:
2307:
2245:
2211:
2156:
2115:
2085:
2055:
2009:
1994:
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1123:
1051:electron density
1006:
984:
981:
979:
978:
973:
971:
970:
938:
911:
843:
785:
704:
693:reliable sources
612:
320:history section.
147:
107:
78:
56:
55:
33:
32:
26:
4993:
4992:
4988:
4987:
4986:
4984:
4983:
4982:
4973:
4929:
4853:
4760:
4750:
4748:
4720:
4718:MeV mass wrong.
4696:
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4594:
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4245:
4238:. pp.Ā 236ā237.
4227:
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4165:
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4143:
4141:
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4116:
4115:
4108:
4072:electron plasma
3986:electromagnetic
3964:), making it a
3897:electric charge
3885:
3823:
3688:
3617:
3608:
3579:
3570:
3546:
3498:
3456:Daniel.Cardenas
3437:
3412:
3409:
3406:
3404:
3396:
3343:
3335:
3307:
3298:
3261:David R. Ingham
3218:
3203:David R. Ingham
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3124:
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3019:
3006:
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2940:
2936:
2935:
2910:
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2899:
2898:
2892:
2890:Ugly formatting
2863:
2679:
2673:References to "
2631:
2627:
2599:
2590:
2559:
2520:
2499:More to come. (
2486:
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2419:
2383:
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2007:
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1738:
1735:
1732:
1730:
1719:
1679:
1596:
1565:
1534:
1504:
1423:
1418:
1416:Characteristics
1399:
1384:
1353:
1302:
1283:
1266:
1263:
1260:
1258:
1229:
1180:
1161:
1137:
1131:
1121:
1100:
1092:
1031:
985:
959:
954:
953:
921:
894:
874:Daniel.Cardenas
854:
841:
818:190.245.211.195
813:
793:, for example.ā
768:
765:
709:
700:
662:
636:
602:205.250.252.133
595:
592:
545:
462:Paragraph 2 of
424:Paragraph 5 of
421:
246:
200:
130:
90:
87:
74:
30:
22:
21:
20:
12:
11:
5:
4991:
4989:
4979:
4978:
4971:
4966:
4961:
4951:
4950:
4933:
4923:
4922:
4921:
4920:
4888:Web of Science
4852:
4849:
4848:
4847:
4846:
4845:
4844:
4843:
4842:
4841:
4815:
4814:
4813:
4812:
4811:
4810:
4809:
4808:
4797:
4796:
4795:
4794:
4793:
4792:
4771:152.19.144.186
4756:
4747:
4729:152.19.144.186
4719:
4716:
4715:
4714:
4701:
4685:
4682:
4636:
4635:
4606:
4593:
4590:
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4585:
4584:
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4528:
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4526:
4525:
4524:
4473:
4472:
4459:
4361:
4360:
4357:
4354:
4351:
4348:
4347:Smith, John S.
4345:
4332:
4329:
4312:
4309:
4306:
4305:
4283:
4272:
4250:
4243:
4220:
4198:
4176:
4154:
4144:nist_codata_mu
4132:
4119:"Cathode Rays"
4105:
4104:
4009:Richard Laming
3970:Standard Model
3884:
3881:
3880:
3879:
3878:
3877:
3876:
3875:
3860:Hermajesty21's
3851:
3850:
3849:
3848:
3816:
3815:
3780:
3779:
3778:
3777:
3776:
3775:
3755:
3754:
3753:
3752:
3751:
3750:
3741:
3740:
3739:
3738:
3737:
3736:
3716:
3715:
3714:
3713:
3677:
3676:
3675:
3674:
3607:
3604:
3569:
3566:
3545:
3542:
3541:
3540:
3514:82.217.115.160
3503:82.217.115.160
3497:
3494:
3493:
3492:
3491:
3490:
3489:
3488:
3469:
3468:
3467:
3466:
3445:
3444:
3395:
3392:
3391:
3390:
3374:
3373:
3342:
3339:
3334:
3331:
3297:
3294:
3293:
3292:
3291:
3290:
3272:
3271:
3217:
3214:
3197:than those of
3144:
3141:
3129:212.186.99.222
3123:
3120:
3104:
3101:
3100:
3099:
3084:
3083:
3033:
3017:
3011:
3005:
3002:
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3000:
2999:
2998:
2966:
2953:
2908:
2891:
2888:
2862:
2859:
2838:
2837:
2836:
2835:
2834:
2833:
2832:
2831:
2830:
2829:
2777:Point particle
2767:
2766:
2765:
2764:
2746:point particle
2739:
2738:
2724:
2710:Point particle
2683:point particle
2678:
2675:point particle
2671:
2670:
2669:
2654:
2626:
2623:
2589:
2586:
2575:75.120.152.138
2558:
2555:
2554:
2553:
2541:Done. Thanks.
2519:
2516:
2514:
2498:
2496:
2495:
2494:
2493:
2463:
2462:
2461:
2428:
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2314:
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2280:
2263:
2252:
2251:
2250:
2218:
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2216:
2181:
2180:
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2178:
2177:
2130:
2129:
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2125:
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2123:
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2120:
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2020:
2019:
2018:
2017:
2016:
2015:
2014:
1999:
1951:
1948:
1947:
1946:
1945:
1944:
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1929:Works for me.(
1885:
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1622:
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1620:
1619:
1618:
1474:
1473:
1463:The sentence:
1460:
1459:
1458:
1437:
1427:The phrasing:
1422:
1421:Classification
1419:
1417:
1414:
1413:
1412:
1411:
1410:
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1408:
1407:
1406:
1391:
1334:
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1188:
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1173:
1172:
1171:
1170:
1169:
1168:
1099:
1096:
1091:
1088:
1063:
1062:
1043:magnetic field
1030:
1027:
1015:121.210.36.245
1011:
1010:
1009:
1008:
969:
966:
962:
950:
942:
941:
940:
939:
915:
914:
913:
912:
901:82.217.115.160
887:
885:
884:
853:
850:
849:
848:
833:quasiparticles
831:This is about
812:
809:
808:
807:
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734:
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732:
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62:
52:
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34:
23:
15:
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10:
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4:
3:
2:
4990:
4976:
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4026:
4022:
4021:J. J. Thomson
4018:
4014:
4010:
4006:
4002:
3997:
3995:
3991:
3987:
3983:
3982:gravitational
3979:
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3487:
3483:
3479:
3478:Pieter Kuiper
3475:
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3470:
3465:
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3353:
3349:
3348:71.57.136.104
3340:
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3110:
3109:Peter jackson
3102:
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2638:98.64.245.140
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1798:
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1777:state", too.)
1775:
1768:
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1757:
1752:
1748:
1747:
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1727:
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1708:
1705:(this is the
1704:
1698:
1697:
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1605:Looks fine. (
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1478:The sentence:
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1299:
1289:
1286:
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1276:
1275:
1274:
1269:
1256:
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1249:
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1236:
1235:
1232:
1226:
1222:
1218:
1217:
1215:
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1209:
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1189:
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1153:
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1106:
1102:
1101:
1097:
1095:
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1087:
1086:
1082:
1081:
1076:
1072:
1071:wave function
1068:
1060:
1056:
1052:
1048:
1044:
1040:
1036:
1035:
1034:
1028:
1026:
1024:
1020:
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997:
993:
989:
967:
964:
960:
948:
946:
945:
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937:
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928:79.231.88.135
925:
919:
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810:
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744:
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721:116.14.27.127
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716:
715:
712:
708:
703:
698:
694:
690:
689:verifiability
686:
682:
681:
680:
679:
675:
671:
670:116.14.27.127
667:
660:Recent revert
659:
657:
656:
652:
651:
646:
642:
633:
629:
625:
624:
619:
615:
614:
613:
611:
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205:
197:
195:
194:
190:
186:
181:
178:
172:
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167:
162:
158:
154:
153:string theory
150:
149:
148:
146:
142:
138:
134:
124:
120:
119:
114:
110:
109:
108:
106:
102:
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77:
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71:
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66:
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61:
58:
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18:Talk:Electron
4974:
4942:
4936:
4910:89.78.183.53
4865:89.78.183.53
4854:
4825:
4721:
4687:
4651:
4641:
4639:
4629:
4623:
4610:
4602:leptogenesis
4599:
4595:
4592:Leptogenesis
4574:
4486:
4467:
4455:
4452:article/book
4451:
4416:
4362:
4350:Smith, J. S.
4334:
4314:
4291:Cite error:
4286:
4275:
4258:Cite error:
4253:
4230:
4223:
4206:Cite error:
4201:
4184:Cite error:
4179:
4162:Cite error:
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4122:
4064:antiparticle
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3547:
3544:Cathode Rays
3499:
3397:
3344:
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2693:Sound OK? --
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4935:This is an
4353:Smith, J.S.
4056:cosmic rays
4011:; the name
3933:electricity
3911:to make up
3724:tomorrow.--
3618:āPreceding
3580:āPreceding
3555:Nick Beeson
3530:TimothyRias
3380:Nick Beeson
3308:āPreceding
3195:wavelengths
3189:, electron
3064:|coauthors=
2813:This book "
2658:TimothyRias
2632:āPreceding
2606:SyntheticET
2600:āPreceding
2501:TimothyRias
2467:TimothyRias
2435:TimothyRias
2400:TimothyRias
2364:TimothyRias
2323:TimothyRias
2285:TimothyRias
2268:TimothyRias
2223:TimothyRias
2189:TimothyRias
2166:TimothyRias
2135:TimothyRias
2094:TimothyRias
2064:TimothyRias
2033:TimothyRias
2022:Interaction
1958:TimothyRias
1931:TimothyRias
1895:TimothyRias
1870:TimothyRias
1833:TimothyRias
1801:TimothyRias
1756:TimothyRias
1660:TimothyRias
1639:TimothyRias
1607:TimothyRias
1577:TimothyRias
1546:TimothyRias
1515:TimothyRias
1447:TimothyRias
1365:TimothyRias
1240:TimothyRias
1142:TimothyRias
986:āPreceding
922:āPreceding
895:āPreceding
852:Point-like?
775:59.95.23.59
769:āPreceding
596:āPreceding
300:electrons.ā
278:Clarified.
131:āPreceding
91:āPreceding
36:This is an
4742:Nope. See
4724:the source
4632:: 112ā114.
4544:WP:CITEVAR
4496:WP:CITEVAR
4356:Smith, J S
4244:0691135126
4076:telescopes
4048:beta decay
3974:generation
3749:paragraph.
3599:--e:Y,?:G
3034:3540672745
2960:WP Physics
1221:this draft
1109:WP:MOSMATH
1039:spin state
507:Wavelength
469:Wavelength
430:Wavelength
389:Physchim62
137:91.7.180.6
4975:ArchiveĀ 4
4969:ArchiveĀ 3
4964:ArchiveĀ 2
4959:ArchiveĀ 1
4359:Smith, JS
4318:Pnictogen
4299:help page
4266:help page
4262:arabatzis
4214:help page
4192:help page
4170:help page
4148:help page
4060:positrons
3968:. In the
3937:magnetism
3925:chemistry
3785:GianniG46
3624:GianniG46
3341:Criticism
3314:Trassiorf
3280:Richerman
3246:Richerman
3174:cyclotron
3166:chemistry
3158:molecules
3066:ignored (
3043:cite book
2984:WP:MOSNUM
1909:Fixed. --
1492:chirality
1059:spin-down
702:Enviroboy
502:Lightning
85:confused!
76:ArchiveĀ 4
70:ArchiveĀ 3
65:ArchiveĀ 2
60:ArchiveĀ 1
4831:Spiel496
4752:A. diĀ M.
4700:SkyLined
4666:contribs
4658:Headbomb
4509:contribs
4501:Headbomb
4429:contribs
4421:Headbomb
4403:A. di M.
4383:contribs
4375:Headbomb
4210:curtis74
4062:, their
4044:big bang
4013:electron
3909:neutrons
3889:electron
3865:Spiel496
3833:contribs
3825:Headbomb
3698:contribs
3690:Headbomb
3660:reverted
3632:contribs
3620:unsigned
3594:contribs
3582:unsigned
3550:original
3416:A._di_M.
3322:contribs
3310:unsigned
3229:and this
3150:electric
3068:|author=
2988:Dabomb87
2955:ĪŗĪæĪ½ĻĻĪ¹Ī²Ļ
2950:Headbomb
2895:Headbomb
2634:unsigned
2614:contribs
2602:unsigned
2557:electron
2518:Negatron
2337:Linked.
1922:A.Ā diĀ M.
1861:A.Ā diĀ M.
1792:A.Ā diĀ M.
1742:A.Ā diĀ M.
1484:helicity
1482:defines
1270:A.Ā diĀ M.
1025:23-3-12
1000:contribs
992:Tjlafave
988:unsigned
924:unsigned
897:unsigned
771:unsigned
598:unsigned
212:Fullstop
133:unsigned
93:unsigned
4938:archive
4670:physics
4513:physics
4433:physics
4387:physics
4166:Pauling
4080:welding
4033:photons
3976:of the
3966:fermion
3905:protons
3837:physics
3702:physics
3658:I have
3586:E:Y,?:G
3450:On the
3016:source:
2924:DÅugosz
2877:DÅugosz
2203:Fixed.
1300:History
1115:Fixed.
1098:General
1055:spin-up
949:treated
641:WP:LEAD
543:Quibble
257:Fixed.
185:DÅugosz
39:archive
4826:should
4491:WP:MOS
4417:et al.
4338:WP:MoS
4295:wilson
4129:: 293.
4096:lasers
3978:lepton
3939:, and
3921:1/1836
3901:nuclei
3433:Ruslik
3199:nuclei
3187:proton
3162:matter
3103:Style?
3052:|date=
2970:Ruslik
2754:Jheald
2482:Ruslik
2450:Ruslik
2415:Ruslik
2379:Ruslik
2339:Ruslik
2301:Ruslik
2239:Ruslik
2205:Ruslik
2150:Ruslik
2109:Ruslik
2079:Ruslik
2049:Ruslik
2003:Ruslik
1988:Ruslik
1973:Ruslik
1751:anyons
1715:Ruslik
1675:Ruslik
1592:Ruslik
1561:Ruslik
1530:Ruslik
1500:Ruslik
1471:holds.
1395:Ruslik
1380:Ruslik
1349:Ruslik
1279:Ruslik
1255:/draft
1225:Ruslik
1157:Ruslik
1135:nowrap
1117:Ruslik
1073:page?ā
1047:spinor
837:Ruslik
697:before
392:(talk)
280:Ruslik
259:Ruslik
4807:same.
4785:Dauto
4674:books
4620:(PDF)
4517:books
4437:books
4391:books
4366:quark
4188:prl50
4005:atoms
3913:atoms
3891:is a
3841:books
3800:quark
3706:books
3685:quark
3363:Dauto
3154:atoms
2848:Steve
2695:Steve
1688:Good.
1214:undue
210:? --
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4914:talk
4896:talk
4869:talk
4835:talk
4789:talk
4775:talk
4733:talk
4706:talk
4662:talk
4575:talk
4566:here
4505:talk
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4446:Per
4425:talk
4407:talk
4379:talk
4322:talk
4240:ISBN
4098:and
3990:weak
3988:and
3956:spin
3907:and
3887:The
3869:talk
3829:talk
3809:talk
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3769:talk
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3694:talk
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3460:talk
3438:Zero
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3367:talk
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3318:talk
3284:talk
3265:talk
3250:talk
3225:this
3207:talk
3183:mass
3160:and
3133:talk
3113:talk
3093:talk
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3056:help
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2992:talk
2975:Zero
2928:talk
2881:talk
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2843:does
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2327:talk
2306:Zero
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2155:Zero
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2054:Zero
2037:talk
2008:Zero
1993:Zero
1978:Zero
1962:talk
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1805:talk
1770:me.
1760:talk
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1080:talk
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842:Zero
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500:is "
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