2724:, with inline citations. Wish-lists/prayers like {{Cotton&Wilkinson}} are of no use; instead the text book "Advanced Inorganic Chemistry. A Comprehensive Text by Cotton F.A., Wilkinson G. (3rd edition)" can be found and read. If this is to be comprehensible as an article on mathematics, there should be some attempt to reconcile the terminology of physical chemistry with the standard language of theoretical physics and mathematics. In the case of the section "Symmetry"—a brief overview of a general topic—there has so far been no consensus to create separate brand new sections. Here they were sometimes done by copy-pasting content from the section on "Symmetry"; deleting the content, cited to
2858:
sentences of the penultimate paragraph, which currently reads: "As of the 20th century, groups gained wide recognition by the pioneering work of
Ferdinand Georg Frobenius and William Burnside, who worked on representation theory of finite groups, Richard Brauer's modular representation theory and Issai Schur's papers. The theory of Lie groups, and more generally locally compact groups was studied by Hermann Weyl, Élie Cartan and many others. Its algebraic counterpart, the theory of algebraic groups, was first shaped by Claude Chevalley (from the late 1930s) and later by the work of Armand Borel and Jacques Tits.". —
1726:, from a time when groups were thought of in some specific formulation of what their elements should be and how they would combine (permutations and composition of permutations) rather than as anything obeying an abstract system of axioms. It's saying that the axiomatic point of view was an improvement because it allowed us to apply group theory more widely in a less cumbersome way rather than having to repeatedly translate one kind of group to another kind of group or re-prove the same theorems for every different kind of group. But if that's the intention, I don't think it expresses it very clearly. —
2372:(as you wrote), but rather a service provided by the American Math Society (one of the, if not the most prestigious national mathematical societies). It lists all mathematical papers that have been peer-reviewed, contains secondary reviews of these papers, and contains their classifications into the several areas of maths. This information is in no way a synthesis of other knowledge that has been partly assembled here and there, it is simply a number that is out there. Questioning that 1700+ papers indicates a high level of activity strikes me as being a bit off.
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2932:
accept that getting agreement to changes to the article will be harder than you are used to. If you still think that you want to invest the time in achieving structural changes to the article, I recommend you put in some time and familiarise yourself with the changes that were made to the article over the last year, which has seen quite a big change in the degree of conformance with the style guide due to the push to get the article to FA level. —
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2917:, which is why the original diagrams were removed. The example of vibrations in methane illustrated the importance of group theory in relation to spectroscopy. For these reasons, I split the original section, without changing anything in the general part, and amplifying the chemical applications, albeit very briefly. The reversion should be undone so that the new material can be properly discussed, if needed.
54:
3322:"The fundamental group of a plane minus a point (bold) consists of loops around the missing point. This group is isomorphic to the integers." I know very little about groups that I didn't learn from this page... but... the integers are a set, not a group, right? So "isomorphic to the integers" is a vague way of saying "isomorphic to some group that has the integers as the underyling set"?
2882:. The finite generation of invariants of finite groups goes back to Felix Klein ("Lectures on the Icosahedron"), David Hilbert and Emmy Noether (1916). Her short, elementary and constructive proof is presented in Weyl's "The Classical Groups, Their Invariants and Representations" (Pages 275–276, 2nd edition). I don't believe it can be found on wikipedia. OTOH
2800:
is a problem with the article that I rasied during the FA process that it does not make enough of the applications outside mathematics. While the concept might fundamentally be a mathematical one, its most exciting applications lie in chemistry and physics and the article should not assume that the interest of the reader primarily comes from mathematics. —
1703:
to be an improperly constructed sentence: according to my reading it seems to implicitly suggest that the "concrete nature of the group and its operation" (I don't know what this means) has some manner of existence prior to the "formulation" (?) of the axioms. I assume we all agree that the opposite is the case.
3435:
every left inverse is also a right inverse of the same element as follows.", which you reverted with the comment "It must be clear that a proof is behind the assetrion". I do not understand the need for including "one can show that". Of course it has been shown. That is the reason we know it is true.
3368:
There's also the problem that the blue and orange curves in the image don't show two elements of the fundamental group: they show two different (free homotopy classes of) maps from the circle into the space. A loop representing the fundamental group has (although usually only implicitly) a fixed base
2799:
I think this is overly harsh. You were right to revert the changes, but that's because we should be conservative with FAs. But there were not CIR-level problems with the changes proposed. If this was not FA quality, I'd say this is what we should expect from the BRD cycle. Additionally, I think there
1702:
I just came across this page, and came here to say that this sentence is very confusing to me (I am mathematician, familiar with groups, group actions, group representations, etc). Whatever exactly it is supposed to mean (Jakob.scholbach's explanation above did not clarify it for me), it seems it has
1622:
I still find it too difficult, which is a disservice to the rest of the article. I'm unfortunately not great with prose, but I see two problems with "While these are familiar from many mathematical structures, such as number systems—for example, the integers endowed with the addition operation form a
492:
I would propose the following, which is slightly longer, but more explicit about the role of closure, which really should be separate from the group axioms. This also breaks the definition into more manageable chunks: first understand what a binary operation is, and then understand the definition of
3182:
Your example is incoherent: the object you have presented is not a set with an operation on it (because what is -1 + 1?). Assuming you had not made this error, you would be wrong that an identity exists: the operation is defined (only) on the set, things outside the set cannot be combined using the
3158:
Note to 100.36.106.199 who removed (2 days ago) my words "the set contains an identity element" and returned to the previous wording "an identity element exists": The point is that it is not sufficient for an identity element to exist; it must be part of the set or else the set does not constitute a
2435:
I have included a link to the MSN page (again, there are no issues / page numbers, this is an electronic database). I continue to see absolutely no problem with taking a number of 1700+ papers as an indication that this branch is highly active. If that number wouldn't make it so evidently clear that
2043:
Yes, the list of groups of order <= 2000 is complete (and the result is in a sense independent of who does it). GAP does not offer a list of groups of order up to 3000, as far as I have seen. Nor does any other site (according to a search I did the other day). In this sense, the citation is still
821:
About "closure": the term is normally used for the restriction of a binary operation to a subset. Using it as it was done is thus an error. I guess that editors were confused by the usual definition of a subgroup as a nonempty subset on which the group operation and the inverse operation are closed.
3197:
I mean, it is true that students first learning abstract algebra suffer from the confusion that you are expressing here. But I think it is instructive that the first time you made the change, you did not even notice that the same argument applies to inverses as to the identity. That's because the
2967:
OK, so be it. This means that, for people like me, the article is sub-standard and should never have been promoted to FA. I've checked with a number of chemistry texts (University level) and they all have something about symmetry; most include or discuss applications that depend on the use of point
2931:
While it's natural to be disappointed when changes you've put substantial work into are rejected, my impression is that you lack experience of FA-quality editing. That's OK - little of post-high-school science is FA quality on WP - and I think the impulse behind your changes are OK, but you need to
1779:
It is true that the monster simple group has not introduced there (and is hardly introduced further down), but
Borcherd's description "a huge and extraordinary mathematical object" strikes me as highly appropriate for a layman to grasp a bit of the depth out there... Other than that the quote talks
1692:
acting on {a,b,c} or {1,2,3} are the same group). Or that everything that satisfies the axioms is a group (which it really seems to be saying), but that is kinda too implicit in the idea of what axioms are for to be using such abstruse language. If the latter, wouldn't "Any set and operation that
957:
In a similar vein, I modified the leading sentence to mention that the binary operation is closed (defined on the set). Seeing as the original sentence didn't call it a "binary operation" and instead called it an "operation that combines any two elements to form a third element", I would argue that
3372:
Being fully precise would obviously not be desirable in the context of the page, but perhaps a talented writer could find a way to rephrase the paragraph and image/image caption in a way that remains concise and readable but is also fully accurate. (I'm not talented enough.) Maybe it would help to
3166:
As for requiring parallelism in wording for identity element and inverse elements, I actually agree that the wording should be parallel. So I will now make it parallel by adding that the inverse elements also must be part of the group (although you said you hoped not). Again for the integers under
2491:
General references for broad topics that do not need page numbers: Curtis 2003 (footnote 21), Weyl 1952 (footnote 50), Bishop 1993 (footnote 52), Mumford et al (footnote 63), Fulton & Harris (footnote 66), Serre 1977 (footnote 67), Rudin 1990 (footnote 68), Artin 1998 (footnote 70), Ronan 2007
1036:
So, to be clear, this is a purely mechanical and syntactic imposition, completely divorced from any understanding of the content? It would be satisfied if we found a basic textbook on group theory and tacked it on as a footnote at the end of every paragraph? You do notice that the FA requirements
921:
Including both left and right identity and inverse is very common mistake. The existence of the left identity and inverse can be proven using the right identity and inverse and vice versa. So it is sufficient to present only one of each in the list of the axioms. Here there are some proves, for
2857:
I'll note that, independently of
Petergans's motives for changing the history section, we have failed to have any women in that section in the the maths FA where there would be least tokenism in avoiding that failing. Noether's contributions are as worthy of mention as anyone in the last three
2687:
The sections of level 4 do not appear in the table of content because of the limit parameter in the template {{TOClimit|limit=3}} that appears at the end of the lead. This is a choice for having a table of content that is not too large. This choice may be discussed, but the table of content is
840:
The above wording of the last two axioms combines an axiom (one sentence) with consequent properties (e.g. uniqueness of the identity element) that is not part of the axiom. It would be good if this separation was made clearer to the reader, since the current presentation does not adequately
2822:
can be traced back to Weyl, Heisenberg, Schrödinger, Wigner, von
Neumann, M.H. Stone, Dirac, Bargmann and Harish-Chandra (cf Wiener's 1933 Cambridge book or Mackey's Chicago and Oxford lecture notes). Specific examples of character tables are undue here, compared to the character formulas of
939:
You are right that some of the axioms could be deduced from the others, but this is not a "mistake". The standard textbooks intentionally require the identity be a two-sided identity and so on, presumably because it is more natural not to favor one side. Therefore we should leave it as is.
2403:
And I am not questioning that it is a high level of activity; I am looking at it from the perspective of a non-mathematician reading this: How does one get a sense of what the figure means when one has no reference, other than the claim made in WP's voice? In non-technical contexts and for
3364:
of loops. The main text avoids this by saying that "elements of the fundamental group are represented by loops" which is perfectly correct but maybe overly evasive or obscure for most readers. Also, the loops don't have to go around the missing point - they just have to avoid
2007:
I think I may have misinterpreted what it says. So I was thinking, does a more modern source have "The groups of order at most 3000 are known"? From your comments it seems like there is a specific collection of groups, called the GAP small groups? Can that be clarified?
1719:
The formulation of the axioms is, however, detached from the concrete nature of the group and its operation. This allows one to handle entities of very different mathematical origins in a flexible way, while retaining essential structural aspects of many mathematical
1959:
the category of groups: I think this entire section is quite difficult, and uses terms that an applied mathematician won't be familiar with. I don't think it falls under domain-specific common knowledge. Can it be slightly simplified (what is a category?) and
2908:
The reversion is very disappointing. The uses of group theory in chemistry are extensive and were properly documented with references to relevant books. Symmetry in molecules is an essential part of the undergraduate curriculum in chemistry. For example
3162:
Consider the first example: the integers under addition. If we consider the set without the identity element zero: ..., -3, -2, -1, +1, +2, +3, +4, ... then we have a set which is NOT a group. Zero still exists but it has to be included in the group.
1652:
Re 2: this is meant to say that the group axioms don't make reference to the nature of the group elements, nor to "what" the group operation actually is. This is a critical piece of information. If you have a better way of saying this, let me know!
1626:
1. such as and for example is quick succession makes it more difficult to read. I think leaving out "such as number systems" works, considering that "number systems" may not be familiar to everybody reading this. I can guess what it means, but not
2072:
I have reworded it slightly, but yes, in some sense it is true that groups of order 2001 (not the 2001st group though, this makes no sense) are "unknown" in the sense that there is (to the best of my knowledge) no list available listing them all.
2648:
Why are all the main section titles double indented ==title==? They should be single indented as the menu only shows 3 levels of indentation. Currently ====items==== are present in the article, but are not shown on the menu. This will require
1861:
This is one of those things that's probably stated in some form in just about any intermediate quantum-physics book. I've added an older reference that I had at hand, and I'll poke around for a more recent one that seems particularly good.
876:
Please don't: "closure" is a property of subsets, and there is no subset here. The fact that the result of the operation belongs to the group is a part of the definition of an operation. By the way, I have removed the use of "closure" in
3369:
point, and these two loops obviously have no common base point. So the picture is not quite illustrative of the fundamental group, even though any reader already familiar with the concepts can easily see what it's trying to communicate.
2106:
Hm, this is a case where some problem is super-hard, and is known to be super-hard to anyone studying this. Therefore, researchers seem not to restate this too frequently again. At least I didn't find a more recent source for that.
1967:
I decided to trim this § down to a sentence which is now placed in the paragraph on homomorphisms. Elaborating on the notion of a category is IMO better left to articles where this has a stronger effect (e.g., for abelian groups).
2358:
of the worst kind, even if you will not get many people disagreeing with the conclusion. It invites the query from a reader: "Are you sure?" Two: the number itself needs citation. It should not be claimed out of the blue.
1648:
Re 1. I have broken the sentence into two. I think leaving out number systems makes the lead less informative. The directly following example of the integers should convey enough implicit meaning about number systems to be OK
2353:
I am uncomfortable with this on two levels. One: a high level of interpretation and judgement is needed to (a) classify papers and (b) to translate the number into a conclusion of how "active" the field is. In short, it is
1722:", right? Material in the lead is supposed to be a summary of something. I suspect this is (or should be) thought of as a summary of the 19th-century notion of a group touched on in the History section and in more detail in
841:
distinguish for the reader who is not already familiar with the exact axioms. The parts that do not form part of the axiom could be moved to under the listed axioms, for example, or preceded by "This implies that ...". —
2209:
MOS allows for italics for emphasizing things. Since associativity is such an important piece of this concept I believe it is worth highlighting it. Generally my feeling is that italicization is not used too excessively.
1116:, so we will need a list of sentences that need citations. From a quick read, it seems the article has very good bones, and it shouldn't take much time to bring it up to modern FA standards. A few points of improvement
2823:
Frobenius, Schur and Weyl (which have been widely applied in theoretical physics and mathematics). Charles
Stewart is completely correct that the section can be improved, but that should be done in an incremental way.
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1379:
Subject-specific common knowledge: Material that someone familiar with a topic, including laypersons, recognizes as true. Example (from
Processor): "In a computer, the processor is the component that executes
2375:
Finally about 2): of course we can include a link to the
Mathscinet page, but I frankly don't quite see the need for that. It is (to anyone with a subscription to MSN) a trivially verifiable information.
818:
I essentially agree, and I have edited the article accordingly. By the way, I have copy-edited the whole section for clarification and for using a simpler wording that is also more common in mathematics.
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in order to make this expansion clear and precise, it's required to mention that the domains/codomain are all in the set. So therefore I modified it to "an operation that combines any two elements
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2058:
The wording still implies that group 2001 is unknown. Could it be reworded as: "Up to isomorphism, there are about 49 billion groups of order below or equal to 2000", or something in that sense?
3119:, and so that composition goes well. The reason why I didn't do the changes myself is that I don't know where to put it, or if it could only be a redirection to the (quite scarce) examples from
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In my understanding this is used to support that group theory is an active mathematical discpline, not how it impacts other fields. For that purpose this note is perfectly appropriate, IMO.
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I don't think this needs a citation: the kernel is the identity element if and only if a homomorphism is injective (see the subarticle). This is domain-specific standard knowledge, IMO.
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Yes, that would make sense and would be good to communicate. It seems a little tricky to formulate clearly in an lead-appropriate way, unfortunately I don't have any good suggestion.
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I think having 1700 scientific papers published per year in some domain is quite aptly proving that this domain is active, no? I see absolutely no problem with this claim.
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The statements about injective homomorphisms use several notational elements that have not been introduced previously and that will not be intuitive to a general reader:
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group character tables. The applications don't belong in the same place as the theory (as is the case at present). For me, that means that this discussion is now closed.
2404:
schoolgoers, that might seem like a tiny number or an enormous number. Also, to cite the issue and page number that provides the mentioned list would not be strange. —
1854:
For example, group theory is used to show that optical transitions between certain quantum levels cannot occur simply because of the symmetry of the states involved. cn
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Although it is important to mention closure, there are a few things that disturb me about the way the definition of group is currently written. What is an operation,
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I've tweaked the article so that footnote is only used once, and now we point to the "Examples and applications" section to show how group theory has applications.
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check throughout for statements like this that don't make sense on phones (where that image is above the text). The majority of our readers now use mobile devices.
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1670:, could I have a third opinion here? I know a lot of your work is comprehensible, so wonder whether you can simplify or assure me it does not need simplifying.
497:. Finally, there are many modern textbooks at all levels that present the definition along these lines (e.g., Artin, Lang, ...); I would add such references.
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was a journal (of reviews), it stopped being published as a journal well before the date given in the note, and became a database, under the different name
1530:
Done for those where (IMO) the nuisance of the link outweighs the benefits. If you see some more that you specifically think should go, please let me know.
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from a mathematical standpoint; and is explained in standard text books on chemistry & group theory (e.g. "Chemical
Applications of Group Theory",
2770:; why delete images from the section on "Symmetry"; why favour chemistry above physics? Here are diffs of recent problematic edits, including today's.
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I have moved this § down to topological groups and added a ref for the second sentence you are asking about. I will check for the first later.
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I concerned that this article no longer meets the FA criteria. The are large sections of uncited text. Can this be resolved without a formal
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Re 2, it might help to figure out what the concept to be conveyed here is. It could be that you can have groups in various contexts (e.g. S
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the closure axiom is imposed? A function from G × G to some unspecified set? Not only is this a little vague, but it also contradicts the
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are often first encountered in undergraduate courses on finite groups and angular momentum in quantum mechanics (see e.g. the treatment by
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Barging in here, from the FAR, if that's okay. I've never been taught group theory, so please bear with me when I say stupid things here.
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page it links to. Also, technically speaking, the sentence defining group is wrong, because it ends before any of the axioms are imposed.
2950:
I agree with all of
Charles Stewart's comments. Since article is FA, before making such edits it is good to discuss on talk page first.
1880:
For example, an element of the (2,3,7) triangle group acts on a triangular tiling of the hyperbolic plane by permuting the triangles, cn
1601:
The last sentence of the first paragraph of the lede is difficult to understand. I'm not sure whether splitting it in two is sufficient.
3431:: I removed the bold text from "...assuming associativity and the existence of a left identity and a left inverse for each element ,
2629:. These tables used extensively in chemistry: see, for example, "Chemical Applications of Group Theory", F.A. Cotton, 3rd. edn., 1990.
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Has a page number, but in the full reference not the footnote and should probably be made more consistent: Bersuker 2006 (footnote 54)
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I would welcome advice about which defined terms should be bold and which should be italicized; I'm not sure what the convention is.
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In the rightmost example below: with people reading on phones, this should be phrased differently (last example? May be too unclear)
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addition: the set 0, +1, +2, +3, +4, ... is NOT a group without the negative integers. The fact that they exist is not sufficient.
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that the best solution to the issue you raise is that closure should not be listed an axiom either for group or for abelian group.
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In all respect, I think the edit you made indicates that you are not very familiar with the situation here: Math
Reviews is not a
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It is also useful for talking of properties of the inverse operation, as needed for defining topological groups and group objects.
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Good idea! I tried to implement your suggestion, by adding it to the discussion of groupoids in the Generalizations section.
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footnote a is a bit outdated, and is used to support that group theory impacts other fields, which isn't immediately clear
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It was in an unacceptable state, given the last diff. In physics, the group-theoretic approach to quantum mechanics and
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is encyclopedic and explained clearly on the tables in mathematics, physics and chemistry (230 cases); mathematically,
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Done for Kurzweil. Welsh does not mention the Mathieu group, so this might better be replaced by some other reference.
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cannot be taught without reference to symmetry operations. The designations of many point groups are illustrated at
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https://math.stackexchange.com/questions/65239/right-identity-and-right-inverse-in-a-semigroup-imply-it-is-a-group
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Using this definition, it is a theorem that a subgroup is a group, and that the groups axioms are thus satisfied.
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it is a highly active branch, it would require us to give further references, but this is not the case here.
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To me this comes across as "I don't want to answer that so I'm going to do the most hostile thing I can". —
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There's some sort of error in the citation "{{Harvard citations|nb=yes|year=2003|last1=Simons|loc=§4.2.1"
2029:. I'm not clear on why this footnote would need updating; once the exhaustive search was done, it's done.
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Found one more: if the hour hand is on 9 and is advanced 4 hours, it ends up on 1, as shown at the right.
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just about the simplicity of these axioms, which is what this § is all about. I suggest leaving it there.
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I removed this second half of the sentence, none of the sources I looked at mentioned that. Added a ref.
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group—the formulation of the axioms is detached from the concrete nature of the group and its operation."
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Kernel and image of group homomorphisms and the first isomorphism theorem address this phenomenon .. cn?
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equipped with a binary operation ⋅ satisfying the following three additional requirements, known as the
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Some of these books refs it would be nice to have page numbers, if possible to help with verifiability
2276:"Via Euler angles, rotation matrices are used in computer graphics" - appears to be a sentence fragment
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acting on {a,b,c} or {1,2,3} are both groups) or that all isomorphic groups are the same group (e.g. S
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But Galois theory isn't standard knowledge for laypeople with a keen interest in mathematics (I quote
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Looking at this picture, I agree it's weird. We probably instead want something like the pictures in
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operation with things in the set and so in particular they cannot be an identity or an inverse. --
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2400:. Perhaps, since I lack the necessary familiarity, you should edit the description in both places?
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the formulation of the axioms is detached from the concrete nature of the group and its operation.
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on Knowledge. If you would like to participate, please visit the project page, where you can join
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1041:, right? See in particular the "Subject-specific common knowledge" bullet point at that link. —
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The latter also appears in the Presentations section, along with reference to the free group
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I'm very tempted to add Closure as one of the four group axioms, as it's already one of the
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Needs page numbers: Welsh 1989 (footnote 62), Kurzweil & Stellmacher 2004 (footnote 74)
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group. Also, this would bring this page more in line with other Knowledge pages, such as
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Well, frankly, I understood little of this, so I may just be plain wrong on my comments.
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Can probably be replaced by a better reference: Lay (footnote 64), Kuipers (reference 65)
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move the paragraph to its own subsection "algebraic topology" or "fundamental group".
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Added references. I pinged WP Chemistry about the JT-effect, will add one there, too.
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for your comments. I have addressed some of them and will work on the remainder asap.
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I added the Standard Model to an appropriate spot in the body text and rephrased the
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You are mistaken. I chose not to answer your rude assertion about my understanding.--
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emphasize that citations are needed "where appropriate", with a link that points to
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It is generally preferred for computing with groups and for computer-aided proofs.
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rest of these images probs also need citations (mentioned above, but XOR'Easter's
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the wording a little; however, a citation for this claim would be appropriate. —
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In this case, the relevant group is the integers under the addition operation. –
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gave Hilbert's non-constructive proof using the averaging or Reynolds operator.
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The edits today to the article are a combination of vandalism, incompetence and
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A presentation of a group can also be used to construct the Cayley graph .. cn?
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This is an article that will have many paragraphs that fall squarely under the
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This article appeared on Knowledge's Main Page as Today's featured article on
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have been reverted. That was due partially to the misuse of indentation, see
2421:. I have corrected the note to reflect its name as of the referred-to date. —
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2759:. It unbalances the article. The new image without citations is unhelpful.
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I am not convinced this needs a specific citation. Basically you could name
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2280:
This makes sense to me now; I apparently lost my ability to read briefly.
1359:(contemporary) book on Galois theory (such as the ones we do cite above).
2099:
a problem too hard to be solved in general (footnote r), needs updating?
1244:
Research is ongoing to simplify the proof of this classification -: -->
1008:
What sections, specifically, do you think require additional citation?
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Is there a way it could be true without having been shown to be true?
1508:. With a technical topic as this, many are defensible, but please use
2394:. I took that it is described as a journal from the linked article
2025:
is software for doing group theory. It includes implementations of
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consists of loops and the fundamental group crucially consists of
2736:, was unhelpful; similarly for the citation to Graham Ellis.
2155:
Simons, Jack (2003) listed in specific references, but not used.
1905:
though the double bonds reduce this to pyritohedral symmetry, cn
3198:
meaning is not actually ambiguous or otherwise problematic. --
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I tried rewriting the explanation here. Is that any clearer? –
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I feel that the "category" point of view is missing : a group
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This is true, but it is not an evidence. See your talk page.
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Featured articles that have appeared on the main page twice
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Having said all that: the revised wording seems fine. --
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It is referenced when talking about symmetry of Ammonia.
3318:
What is the fundamental group of a plane minus a point?
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Point groups in three dimensions#Finite isometry groups
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Why? The GAP small groups lists still the same number?
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Identity and also inverse elements must be part of set
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Not sure whether needs pages: Shatz 1972 (footnote 81)
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This seems to have been done by someone else already.
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Featured articles that have appeared on the main page
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I think some of the footnotes need citations: g, j, p
574:; it must be checked if it is not known initially.)
296:, a collaborative effort to improve the coverage of
3356:The given quote could be considered incorrect: the
2720:; but also changes to content must be supported by
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response directly below may have caused confusion )
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2751:). Separate new sections at the moment seem to be
899:, for pointing out the discrepancy. I agree with
1443:The various molecules and their properties .. cn
3516:Knowledge level-4 vital articles in Mathematics
2670:Help:Section#Creation and numbering of sections
1693:satisfies the axioms is a group" be clearer? —
1479:Please add alt text to images for accessibility
3123:, in which case I would try and extend these.
2313:Can we get a more exact citation for note a?
1634:Not entirely sure what this is meant to say.
460:This page has archives. Sections older than
8:
43:. Even so, if you can update or improve it,
39:as one of the best articles produced by the
33:; it (or a previous version of it) has been
1382:). Can it be found in simpler sources too?
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1544:I've removed a few more. Hope that works.
1396:I added a citation to a textbook chapter.
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3258:{\displaystyle {\stackrel {\sim }{\to }}}
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2766:: why delete references to physicists or
1221:this one also has been taken care of :).
2492:(footnote 77), Husain 1966 (footnote 79)
1169:Ah, now I see it is used a second time.
1120:Standard Model not mentioned in the body
203:
3506:Knowledge vital articles in Mathematics
3228:Undefined terms and notational elements
2413:Relatedly, although it is correct that
1582:Brilliant, thanks for your swift work!
470:when more than 10 sections are present.
244:
3521:FA-Class vital articles in Mathematics
3389:Winding number § Intuitive description
3330:2404:4408:6A6E:7000:E48B:A59:8E82:2FCF
2915:Molecular symmetry#Common point groups
1718:
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1252:Included a more up-to-date reference.
2625:A major omission is any reference to
2202:Knowledge:Manual of Style/Mathematics
1717:This is regarding the two sentences "
1348:The problem can be dealt with ... cn?
7:
2837:crystallographic restriction theorem
1210:Sorry, what is your objection here?
290:This article is within the scope of
2653:indents to be changed in the text.
748:is the identity element. For each
233:It is of interest to the following
14:
3531:Top-priority mathematics articles
2605:No worries, that's just alright.
1114:Subject-specific common knowledge
686:hold. Such an element is unique (
514:is a rule for combining any pair
464:may be automatically archived by
310:Knowledge:WikiProject Mathematics
3501:Knowledge level-4 vital articles
3278:{\displaystyle \hookrightarrow }
2739:As far as groups are concerned,
2390:You are presumably referring to
2302:here; it was a little clumsy. —
778:Formally, a binary operation on
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313:Template:WikiProject Mathematics
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3511:FA-Class level-4 vital articles
1798:group table at the right -: -->
1597:Comments from my second read:
1059:and let the community decide.--
330:This article has been rated as
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1:
3526:FA-Class mathematics articles
2833:crystallographic point groups
1750:06:27, 15 February 2022 (UTC)
1736:06:20, 15 February 2022 (UTC)
1713:05:57, 15 February 2022 (UTC)
1512:to remove the improper ones.
913:23:01, 29 December 2021 (UTC)
891:15:00, 29 December 2021 (UTC)
872:14:20, 29 December 2021 (UTC)
832:10:44, 16 December 2020 (UTC)
813:02:49, 16 December 2020 (UTC)
760:) and it is commonly denoted
304:and see a list of open tasks.
3491:Old requests for peer review
3148:18:42, 1 November 2022 (UTC)
3133:14:47, 1 November 2022 (UTC)
3112:{\displaystyle f_{g}:a\to a}
3080:corresponds to isomorphisms
950:00:03, 23 January 2023 (UTC)
935:00:06, 20 January 2023 (UTC)
3476:Knowledge featured articles
3415:22:13, 3 October 2023 (UTC)
3399:19:37, 3 October 2023 (UTC)
3383:19:31, 3 October 2023 (UTC)
3352:17:24, 3 October 2023 (UTC)
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2488:I analyzed a few of these:
1608:OK, I have rephrased this.
1152:I have updated it to 2020.
1022:At least every paragraph.--
540:. (The property "for all
526:to form another element of
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3304:{\displaystyle \ker \phi }
3007:can be seen as a category
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2200:in italics compliant with
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708:, there exists an element
690:), and thus one speaks of
421:4 (21 July - 27 August 08)
158:Featured article candidate
3222:13:54, 10 July 2023 (UTC)
3208:13:52, 10 July 2023 (UTC)
3193:13:49, 10 July 2023 (UTC)
3177:02:01, 10 July 2023 (UTC)
2027:all groups of small order
1986:footnote q needs updating
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3034:with 1 objeect (call it
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2565:09:56, 12 May 2021 (UTC)
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2196:Is having terms such as
1510:User:Evad37/duplinks-alt
879:abelian group#Definition
642:There exists an element
411:2 (Oct 06 - 23 April 08)
336:project's priority scale
3496:FA-Class vital articles
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1724:History of group theory
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293:WikiProject Mathematics
177:Featured article review
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3073:{\displaystyle g\in G}
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2704:Restructuring article?
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467:Lowercase sigmabot III
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2397:Mathematical Reviews
406:1 (July 05 - Oct 06)
316:mathematics articles
120:Good article nominee
101:Good article nominee
3362:equivalence classes
2835:. It describes the
2121:Thanks for trying.
431:6 (Nov 08 - Nov 17)
41:Knowledge community
27:Group (mathematics)
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2708:The edits to this
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1055:I'll nominate for
285:Mathematics portal
229:content assessment
151:September 17, 2008
76:Article milestones
3433:one can show that
3423:One can show that
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3328:comment added by
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3054:) where elements
3047:{\displaystyle a}
3000:{\displaystyle G}
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2555:Is OK, I think.
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1932:(brilliant name)
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966:a third element
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1569:Jakob.scholbach
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1506:duplicate links
1504:There are many
1488:Jakob.scholbach
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1318:Jakob.scholbach
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1279:Jakob.scholbach
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65:March 14, 2022
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3140:Ebony Jackson
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2732:et al, or to
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2295:
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2258:I think I've
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1089:Graham Beards
1086:
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1058:
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1024:Graham Beards
1021:
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995:Graham Beards
992:
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942:Ebony Jackson
938:
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905:Ebony Jackson
902:
898:
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869:
865:
861:
860:group axioms"
859:
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844:
839:
838:
837:
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829:
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820:
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805:Ebony Jackson
802:
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593:Associativity
592:
591:
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584:
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569:
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436:7 (Dec 17 - )
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132:June 15, 2008
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94:April 7, 2008
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50:
46:
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38:
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32:
28:
25:
22:
18:
17:
3432:
3426:
3361:
3324:— Preceding
3321:
3313:
3231:
3165:
3161:
3157:
2986:
2966:
2934:
2860:
2802:
2768:Hermann Weyl
2761:
2757:WP:consensus
2738:
2707:
2650:
2647:
2624:
2589:
2414:
2395:
2369:
2275:
2191:
2154:
2139:
2044:up to date.
1631:
1596:
1562:
1356:
1330:Done for g.
1316:Done for p.
1302:Done for j.
1239:
1113:
1111:
988:
967:
963:
959:
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857:
803:
799:
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682:
678:
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664:
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655:
651:
647:
643:
633:
629:
625:
621:
617:
613:
609:
605:
601:
597:
587:group axioms
586:
582:
578:
576:
570:" is called
567:
563:
558:
554:
552:, the value
549:
545:
541:
536:
532:
527:
523:
519:
515:
511:
502:
499:
491:
482:
480:
461:
364:
351:
332:Top-priority
331:
291:
257:Top‑priority
235:WikiProjects
218:
188:
175:
170:May 22, 2021
156:
137:
118:
113:May 14, 2008
99:
45:please do so
34:
26:
2825:Space group
2764:POV pushing
2714:mathematics
2644:Indentation
2157:FemkeMilene
2141:FemkeMilene
2123:FemkeMilene
2060:FemkeMilene
2010:FemkeMilene
1822:FemkeMilene
1672:FemkeMilene
1636:FemkeMilene
1584:FemkeMilene
1565:Femkemilene
1546:FemkeMilene
1514:FemkeMilene
1445:FemkeMilene
1384:FemkeMilene
1240:Citations:
1223:FemkeMilene
895:Thank you,
756:is unique (
612:, one has (
307:Mathematics
298:mathematics
254:Mathematics
139:Peer review
3470:Categories
3358:loop space
2755:, with no
2419:MathSciNet
2031:XOR'easter
1864:XOR'easter
1465:XOR'easter
1427:XOR'easter
1398:XOR'easter
1332:XOR'easter
1185:XOR'easter
968:of the set
960:of the set
716:such that
530:, denoted
106:Not listed
36:identified
3409:jacobolus
3393:jacobolus
3346:jacobolus
3125:GLenPLonk
2970:Petergans
2919:Petergans
2911:chirality
2655:Petergans
2631:Petergans
2392:this edit
2319:clarified
2261:addressed
922:example:
758:see below
700:For each
688:see below
581:is a set
223:is rated
63:, and on
3453:D.Lazard
3429:D.Lazard
3405:Gumshoe2
3375:Gumshoe2
3326:unsigned
3121:Category
2952:Gumshoe2
2753:WP:UNDUE
2730:Thurston
2690:D.Lazard
2674:D.Lazard
2592:Hog Farm
2356:WP:SYNTH
2282:Hog Farm
2264:this. —
1742:Gumshoe2
1720:objects.
1705:Gumshoe2
1563:Thanks,
927:Andrewsk
901:D.Lazard
883:D.Lazard
824:D.Lazard
744:, where
596:For all
462:365 days
365:Archives
225:FA-class
163:Promoted
144:Reviewed
3438:Nuretok
3169:Dirac66
3159:group.
2890:Mathsci
2845:Mathsci
2786:Mathsci
2476:Quondum
2406:Quondum
2370:journal
2361:Quondum
2324:Quondum
2304:Quondum
2266:Quondum
1887:Done. —
1834:Fixed.
1695:Quondum
964:produce
897:IBugOne
864:IBugOne
858:abelian
843:Quondum
572:closure
507:⋅ on a
477:Closure
334:on the
84:Process
3285:, and
2940:(talk)
2885:R.e.b.
2866:(talk)
2808:(talk)
2726:Conway
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2502:Done.
1960:cited?
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1486:Done.
1463:line.
1057:WP:FAR
991:review
752:, the
483:before
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125:Listed
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