Citation templates, tools

Wikipedia citation templates and Tools like Citer and Google Books citation tool and DOI article citation and wikilibrary
Main page: Help:Citation tools
((springer))

Ex: ((springer|Banach–Steinhaus theorem|first=A.I.|last=Shtern|year=2001|id=b/b015200))

((Citation needed span))

Ex: ((citation needed span|some questionable statement.|reason=|date=))

((springer))

Ex: ((springer|Banach–Steinhaus theorem|first=A.I.|last=Shtern|year=2001|id=b/b015200))

((cite web))

WITH author

Most commonly used parameters in horizontal format
<ref name=>((cite web|url=|title=|author=|last=|first=|website=|publisher=|date=|access-date=|quote=))</ref>

withOUT author

Most commonly used parameters in horizontal format
<ref name=>((cite web|url=|title=|author=<!--Not stated--> |website=|publisher=|date=|access-date=|quote=))</ref>


((cite arXiv))


Most commonly used parameters in horizontal format
<ref name=>((cite arXiv|last=|first=|author=|author-link=|eprint=|title=|class=|date=|access-date=|quote=))</ref>


Ex:

((cite arXiv|last=Leinster|first=Tom|date=2007|title=The Euler characteristic of a category as the sum of a divergent series|eprint=0707.0835|class=math.CT))

  • Leinster, Tom (2007). "The Euler characteristic of a category as the sum of a divergent series". arXiv:0707.0835 [math.CT].


((cite journal))


To cite a professional or scientific journal
Most commonly used parameters in horizontal format
<ref name=>((cite journal|last1=|first1=|last2=|first2=|date=|title=|url=|journal=|volume=|issue=|pages=|doi=|access-date=))</ref>
To cite a journal article with no credited author
Most commonly used parameters in horizontal format
<ref name=>((cite journal|author=<!--Staff writer(s); no by-line.--> |date=|title=|url=|journal=|volume=|issue=|pages=|doi=|access-date=))</ref>
To cite an online article that has been archived
Most commonly used parameters in horizontal format
<ref name=>((cite journal|last=|first=|date=|title=|url=|url-status=|journal=|volume=|issue=|pages=|doi=|archive-url=|archive-date=|access-date=))</ref>


((cite encyclopedia))


Most commonly used parameters in horizontal format
<ref name=>((cite encyclopedia|title=|id=|encyclopedia=|date=|year=|publisher=|location=|website=|access-date=|url=|quote=))</ref>


((cite thesis))


Most commonly used parameters in horizontal format
<ref name=>((cite thesis |last=|first=|date=|title=|type=|chapter=|publisher=|docket=|oclc=|url=|access-date=))</ref>

Ex:


((cite thesis|type=PhD|last=Ducklover|first=Arnold A.|date=1901|title=On some aspects of Ducks|publisher=Duck University))

  • Ducklover, Arnold A. (1901). On some aspects of Ducks (PhD). Duck University.
Citation Related Templates
Sources/References
((Citation needed))[citation needed] ((Irrelevant citation))[irrelevant citation]
((Better source))[better source needed] ((Nonspecific))[not specific enough to verify]
((Verify source))[verification needed] ((Failed verification span))
Unclear/Undefined/Ambiguous
((Clarify))[clarification needed] ((Clarify span))
((Vague))[vague]
((Definition needed))[definition needed] ((Definition))[when defined as?]
((Expand acronym))[expand acronym]
Maybe create these templates?: ((Under what assumptions))     or     ((Under what conditions))
More info desired
((Example needed))[example needed]
((Explain))[further explanation needed] ((How))[how?] ((Why))[why?]
((Quantify))[quantify] ((Specify))[specify] ((How often))[how often?] ((Vague))[vague]
Factual Problems with Article's content
((Disputed inline))
Example: ((Disputed inline|for=reason-goes-here|date=January 2021|talk=Talk:ArticleName#Talk page section)) [disputed (for: reason-goes-here)  – discuss]
((Not verified in body))[not verified in body]
((Failed verification span))
((Fact or opinion))[fact or opinion?]
((Dubious))[dubious – discuss]
  • Example: The moon is made of Parmesan cheese.((Dubious|1=talk-page-section-title|reason=Clearly, the moon is made Mozzarella.|date=January 2021))
  • "Add [dubious – discuss] after a specific statement or alleged fact that is sourced but that nevertheless seems dubious or unlikely"
POV pushing
((POV statement))[neutrality is disputed]
((Undue weight inline))

References

All references

* ((Adams Franzosa Introduction to Topology Pure and Applied)) <!--((sfn|Adams|Franzosa|2009|p=))-->
* ((Adams Fournier Sobolev Spaces|edition=2)) <!--((sfn|Adams|Fournier|2003|p=))-->
* ((Adasch Topological Vector Spaces|edition=2)) <!--((sfn|Adasch|Ernst|Keim|1978|p=))-->
* ((Aliprantis Border Infinite Dimensional Analysis A Hitchhiker's Guide Third Edition)) <!--((sfn|Aliprantis|Border|2006|p=))-->
* ((Arkhangel'skii Ponomarev Fundamentals of General Topology Problems and Exercises|edition=2)) <!--((sfn|Arkhangelʹskiĭ|Ponomarev|1984|p=))-->
* ((Arnold Mathematical Methods of Classical Mechanics 1989)) <!--((sfn|Arnold|1989|p=))-->
* ((Bachman Narici Functional Analysis 2nd Edition)) <!--((sfn|Bachman|Narici|2000|p=))-->
* ((Bahouri Chemin Danchin Fourier Analysis and Nonlinear Partial Differential Equations 2011)) <!--((sfn|Bahouri|Chemin|Danchin|2011|p=))-->
* ((Banach Théorie des Opérations Linéaires)) <!--((sfn|Banach|1932|p=))-->
* ((Bauschke Combettes Convex Analysis and Monotone Operator Theory in Hilbert Spaces 2nd ed 2017)) <!--((sfn|Bauschke|Combettes|2017|pp=))-->
* ((Berberian Lectures in Functional Analysis and Operator Theory)) <!--((sfn|Berberian|1974|p=))-->
* ((Bessaga Pełczyński Selected Topics in Infinite-Dimensional Topology)) <!--((sfn|Bessaga|Pełczyński|1975|p=))-->
* ((Bierstedt An Introduction to Locally Convex Inductive Limits)) <!--((sfn|Bierstedt|1988|p=))-->
* ((Bogachev Smolyanov Topological Vector Spaces and Their Applications)) <!--((sfn|Bogachev|Smolyanov|2017|p=))-->
* ((Bourbaki Algebra I Chapters 1-3 Springer)) <!--((sfn|Bourbaki|1989|p=))-->
* ((Bourbaki Algebra II Chapters 4-7 Springer)) <!--((sfn|Bourbaki|2003|p=))-->
* ((Bourbaki Functions of a Real Variable Elementary Theory Springer)) <!--((sfn|Bourbaki|2013|p=))-->
* ((Bourbaki General Topology Part I Chapters 1-4)) <!--((sfn|Bourbaki|1989|p=))-->
* ((Bourbaki General Topology Part II Chapters 5-10)) <!--((sfn|Bourbaki|1989|p=))-->
* ((Bourbaki Topological Vector Spaces Part 1 Chapters 1–5)) <!--((sfn|Bourbaki|1987|p=))-->
* ((Boyd Vandenberghe Convex Optimization 2004)) <!--((sfn|Boyd|Vandenberghe|2004|pp=))-->
* ((Colombeau Differential Calculus and Holomorphy)) <!--((sfn|Colombeau|1982|p=))-->
* ((Comfort Negrepontis The Theory of Ultrafilters 1974)) <!--((sfn|Comfort|Negrepontis|1974|p=))-->
* ((Conway A Course in Functional Analysis|edition=2)) <!--((sfn|Conway|1990|p=))-->
* ((Császár General Topology)) <!--((sfn|Császár|1978|p=))-->
* ((Diestel The Metric Theory of Tensor Products Grothendieck's Résumé Revisited)) <!--((sfn|Diestel|2008|p=))-->
* ((Dineen Complex Analysis in Locally Convex Spaces)) <!--((sfn|Dineen|1981|p=))-->
* ((Dixmier General Topology)) <!--((sfn|Dixmier|1984|p=))-->
* ((Dolecki Mynard Convergence Foundations Of Topology)) <!--((sfn|Dolecki|Mynard|2016|p=))-->
* ((cite journal|last=Dolecki|first=Szymon|date=2009|title=An initiation into convergence theory|url=http://dolecki.perso.math.cnrs.fr/init_IX07.pdf|journal=Beyond Topology|editor1-last=Mynard|editor1-first=Frédéric|editor2-last=Pearl|editor2-first=Elliott|series=Contemporary Mathematics Series A.M.S.|volume=486|issue=|pages=115-162|doi=|access-date=14 January 2021))

<ref name="Dolecki 2009 Init Conv 1-51">((harvnb|Dolecki|2009|pages=1-51))</ref>

* ((cite journal|last1=Dolecki|first1=Szymon|last2=Mynard|first2=Frédéric|date=2014|title=A unified theory of function spaces and hyperspaces: local properties|url=http://dolecki.perso.math.cnrs.fr/18dolecki.pdf|journal=Houston J. Math.|volume=40|issue=1|pages=285-318|doi=|access-date=14 January 2021))

<ref name="Dolecki Szymon 2014 Unified 1-25">((harvnb|Dolecki|Mynard|2014|pages=1-25))</ref>

* ((Dubinsky The Structure of Nuclear Fréchet Spaces)) <!--((sfn|Dubinsky|1979|p=))-->
* ((Dugundji Topology)) <!--((sfn|Dugundji|1966|p=))-->
* ((Dunford Schwartz Linear Operators Part 1 General Theory)) <!--((sfn|Dunford|1988|p=))-->
* ((Durrett Probability Theory and Examples 5th Edition)) <!--((sfn|Durrett|2019|p=))-->
* ((Edwards Functional Analysis Theory and Applications)) <!--((sfn|Edwards|1995|p=))-->
* ((Grothendieck Produits Tensoriels Topologiques et Espaces Nucléaires)) <!--((sfn|Grothendieck|1955|p=))-->
* ((Grothendieck Sur les espaces (F) et (DF))) <!--((sfn|Grothendieck|1954|p=))-->
* ((Grothendieck Topological Vector Spaces)) <!--((sfn|Grothendieck|1973|p=))-->
* ((cite book|last1=Gowers|first1=Timothy|last2=Barrow-Green|first2=June|last3=Leader|first3=Imre|title=The Princeton Companion to Mathematics|publisher=Princeton University Press|publication-place=Princeton|year=2008|isbn=978-1-4008-3039-8|oclc=659590835)) <!--((sfn|Gowers|Barrow-Green|Leader|2008|p=))-->
* ((Halmos A Hilbert Space Problem Book 1982)) <!--((sfn|Halmos|1982|pp=))-->
* ((Halmos Introduction to Hilbert Space and the Theory of Spectral Multiplicity 2017)) <!--((sfn|Halmos|2017|pp=))-->
* ((Hastie Tibshirani Friedman The Elements of Statistical Learning 2009)) <!--((sfn|Hastie|Tibshirani|Friedman|2009|pp=))-->
* ((Hogbe-Nlend Bornologies and Functional Analysis)) <!--((sfn|Hogbe-Nlend|1977|p=))-->
* ((Hogbe-Nlend Moscatelli Nuclear and Conuclear Spaces)) <!--((sfn|Hogbe-Nlend|Moscatelli|1981|p=))-->
* ((Horváth Topological Vector Spaces and Distributions Volume 1 1966)) <!--((sfn|Horváth|1966|p=))-->
* ((Howes Modern Analysis and Topology 1995)) <!--((sfn|Howes|1995|p=))-->
* ((Husain Khaleelulla Barrelledness in Topological and Ordered Vector Spaces)) <!--((sfn|Husain|Khaleelulla|1978|p=))-->
* ((Ingram An Introduction to Inverse Limits with Set-valued Functions 2012)) <!--((sfn|Ingram|2012|p=))-->
* ((Ingram Inverse Limits From Continua to Chaos 2012)) <!--((sfn|Ingram|Mahavier|2012|p=))-->
* ((Jarchow Locally Convex Spaces)) <!--((sfn|Jarchow|1981|p=))-->
* ((Joshi Introduction to General Topology)) <!--((sfn|Joshi|1983|p=))-->
* ((Keller Differential Calculus in Locally Convex Spaces)) <!--((sfn|Keller|1974|p=))-->
* ((Kelley General Topology)) <!--((sfn|Kelley|1975|p=))-->
* ((Kelley Namioka Linear Topological Spaces 1963)) <!--((sfn|Kelley|Namioka|1963|p=))-->
* ((Khaleelulla Counterexamples in Topological Vector Spaces)) <!--((sfn|Khaleelulla|1982|p=))-->
* ((Kolmogorov Fomin Elements of the Theory of Functions and Functional Analysis)) <!--((sfn|Kolmogorov|Fomin|1957|p=))-->
* ((Kosinski Differential Manifolds 2007)) <!--((sfn|Kosinski|2007|p=))-->
* ((Köthe Topological Vector Spaces I)) <!--((sfn|Köthe|1969|p=))-->
* ((Köthe Topological Vector Spaces II)) <!--((sfn|Köthe|1979|p=))-->
* ((Kriegl Michor The Convenient Setting of Global Analysis)) <!--((sfn|Kriegl|Michor|1997|p=))-->
* ((Kubrusly The Elements of Operator Theory 2nd Edition 2011)) <!--((sfn|Kubrusly|2011|p=))-->
* ((Lax Functional Analysis)) <!--((sfn|Lax|2002|p=))-->
* ((Lang Fundamentals of Differential Geometry)) <!--((sfn|Lang|1999|p=))-->
* ((Lang Real and Functional Analysis 1993)) <!--((sfn|Lang|1993|p=))-->
* ((Lee Introduction to Smooth Manifolds|edition=2)) <!--((sfn|Lee|2012|p=))-->
* ((Lee Riemannian Manifolds An Introduction to Curvature|edition=1)) <!--((sfn|Lee|1997|p=))-->
* ((Malkowsky Rakočević Advanced Functional Analysis|edition=1)) <!--((sfn|Malkowsky|Rakočević|2020|p=))-->
* ((cite book|last=Marker|first=David|title=Model Theory: An Introduction|publisher=Springer|series=[[Graduate Texts in Mathematics]]|volume=217|year=2002|isbn=978-0-387-98760-6|oclc=49326991)) <!--((sfn|Marker|2002|p=))-->
* ((McKennon Robertson Locally Convex Spaces)) <!--((sfn|McKennon|Robertson|1976|p=))-->
* ((Munkres Topology|edition=2)) <!--((sfn|Munkres|2000|p=))-->
* ((Narici Beckenstein Topological Vector Spaces|edition=2)) <!--((sfn|Narici|Beckenstein|2011|p=))-->
* ((Nestruev Smooth Manifolds and Observables 2020)) <!--((sfn|Nestruev|2020|p=))-->
* ((Osborne Locally Convex Spaces)) <!--((sfn|Osborne|2013|p=))-->
* ((Pietsch Nuclear Locally Convex Spaces|edition=2)) <!--((sfn|Pietsch|1979|p=))-->
* ((cite book|last=Pincus|first=David|author-link=David Pincus|editor-last1=Hurd|editor-first1=A.|editor-last2=Loeb|editor-first2=P.|year=1974|title=Victoria Symposium on Nonstandard Analysis|chapter=The strength of the Hahn-Banach theorem|series=Lecture Notes in Mathematics|pages=203–248|volume=369|publisher=Springer|publication-place=Berlin, Heidelberg|isbn=978-3-540-06656-9|issn=0075-8434|doi=10.1007/bfb0066014)) <!--((sfn|Pincus|1974|p=))-->
* ((Riesz Szőkefalvi-Nagy Functional Analysis Dover 1990)) <!--((sfn|Riesz|Sz.-Nagy|1990|p=))-->
* ((Robertson Topological Vector Spaces)) <!--((sfn|Robertson|Robertson|1980|p=))-->
* ((Rockafellar Wets Variational Analysis 2009 Springer)) <!--((sfn|Rockafellar|Wets|2009|p=))-->
* ((Royden Fitzpatrick Real Analysis 4th 2010)) <!--((sfn|Royden|Fitzpatrick|2010|p=))-->
* ((Rudin Walter Functional Analysis|edition=2)) <!--((sfn|Rudin|1991|p=))-->
* ((Ryan Introduction to Tensor Products of Banach Spaces|edition=1)) <!--((sfn|Ryan|2002|p=))-->
* ((Saunders The Geometry of Jet Bundles)) <!--((sfn|Saunders|1989|p=))-->
* ((Schaefer Wolff Topological Vector Spaces|edition=2)) <!--((sfn|Schaefer|Wolff|1999|p=))-->
* ((Schechter Handbook of Analysis and Its Foundations)) <!--((sfn|Schechter|1996|p=))-->
* ((Schubert Topology)) <!--((sfn|Schubert|1968|p=))-->
* ((Sharpe Differential Geometry: Cartan's Generalization of Klein's Erlangen Program)) <!--((sfn|Sharpe|1997|p=))-->
* ((Steenrod The Topology of Fibre Bundles 1999)) <!--((sfn|Steenrod|1999|p=))-->
* ((Swartz An Introduction to Functional Analysis)) <!--((sfn|Swartz|1992|p=))-->
* ((Takhtajan Quantum Mechanics for Mathematicians 2008)) <!--((sfn|Takhtajan|2008|p=))-->
* ((Trèves François Topological vector spaces, distributions and kernels)) <!--((sfn|Trèves|2006|p=))-->
* ((Valdivia Topics in Locally Convex Spaces|edition=1)) <!--((sfn|Valdivia|1982|p=))-->
* ((Voigt A Course on Topological Vector Spaces|edition=1)) <!--((sfn|Voigt|2020|p=))-->
* ((Wilansky Modern Methods in Topological Vector Spaces|edition=1)) <!--((sfn|Wilansky|2013|p=))-->
* ((Wilansky Topology for Analysis 2008)) <!--((sfn|Wilansky|2008|p=))-->
* ((Willard General Topology)) <!--((sfn|Willard|2004|p=))-->
* ((Willard General Topology|year=2012)) <!--((sfn|Willard|2012|p=))-->
* ((Wong Schwartz Spaces, Nuclear Spaces, and Tensor Products)) <!--((sfn|Wong|1979|p=))-->
* ((Zălinescu Convex Analysis in General Vector Spaces 2002)) <!--((sfn|Zălinescu|2002|pp=))-->


How Citation Templates appear

By subject

TVSs/Analysis

Topological Vector Space refs

* ((Adasch Topological Vector Spaces|edition=2)) <!--((sfn|Adasch|Ernst|Keim|1978|p=))-->
* ((Bauschke Combettes Convex Analysis and Monotone Operator Theory in Hilbert Spaces 2nd ed 2017)) <!--((sfn|Bauschke|Combettes|2017|pp=))-->
* ((Berberian Lectures in Functional Analysis and Operator Theory)) <!--((sfn|Berberian|1974|p=))-->
* ((Bessaga Pełczyński Selected Topics in Infinite-Dimensional Topology)) <!--((sfn|Bessaga|Pełczyński|1975|p=))-->
* ((Bierstedt An Introduction to Locally Convex Inductive Limits)) <!--((sfn|Bierstedt|1988|p=))-->
* ((Bogachev Smolyanov Topological Vector Spaces and Their Applications)) <!--((sfn|Bogachev|Smolyanov|2017|p=))-->
* ((Bourbaki Topological Vector Spaces Part 1 Chapters 1–5)) <!--((sfn|Bourbaki|1987|p=))-->
* ((Colombeau Differential Calculus and Holomorphy)) <!--((sfn|Colombeau|1982|p=))-->
* ((Conway A Course in Functional Analysis|edition=2)) <!--((sfn|Conway|1990|p=))-->
* ((Diestel The Metric Theory of Tensor Products Grothendieck's Résumé Revisited)) <!--((sfn|Diestel|2008|p=))-->
* ((Dineen Complex Analysis in Locally Convex Spaces)) <!--((sfn|Dineen|1981|p=))-->
* ((Dubinsky The Structure of Nuclear Fréchet Spaces)) <!--((sfn|Dubinsky|1979|p=))-->
* ((Dunford Schwartz Linear Operators Part 1 General Theory)) <!--((sfn|Dunford|1988|p=))-->
* ((Edwards Functional Analysis Theory and Applications)) <!--((sfn|Edwards|1995|p=))-->
* ((Grothendieck Produits Tensoriels Topologiques et Espaces Nucléaires)) <!--((sfn|Grothendieck|1955|p=))-->
* ((Grothendieck Topological Vector Spaces)) <!--((sfn|Grothendieck|1973|p=))-->
* ((Hogbe-Nlend Bornologies and Functional Analysis)) <!--((sfn|Hogbe-Nlend|1977|p=))-->
* ((Hogbe-Nlend Moscatelli Nuclear and Conuclear Spaces)) <!--((sfn|Hogbe-Nlend|Moscatelli|1981|p=))-->
* ((Horváth Topological Vector Spaces and Distributions Volume 1 1966)) <!--((sfn|Horváth|1966|p=))-->
* ((Howes Modern Analysis and Topology 1995)) <!--((sfn|Howes|1995|p=))-->
* ((Husain Khaleelulla Barrelledness in Topological and Ordered Vector Spaces)) <!--((sfn|Husain|Khaleelulla|1978|p=))-->
* ((Jarchow Locally Convex Spaces)) <!--((sfn|Jarchow|1981|p=))-->
* ((Keller Differential Calculus in Locally Convex Spaces)) <!--((sfn|Keller|1974|p=))-->
* ((Kelley Namioka Linear Topological Spaces 1963)) <!--((sfn|Kelley|Namioka|1963|p=))-->
* ((Khaleelulla Counterexamples in Topological Vector Spaces)) <!--((sfn|Khaleelulla|1982|p=))-->
* ((Kolmogorov Fomin Elements of the Theory of Functions and Functional Analysis)) <!--((sfn|Kolmogorov|Fomin|1957|p=))-->
* ((Köthe Topological Vector Spaces I)) <!--((sfn|Köthe|1969|p=))-->
* ((Köthe Topological Vector Spaces II)) <!--((sfn|Köthe|1979|p=))-->
* ((Kriegl Michor The Convenient Setting of Global Analysis)) <!--((sfn|Kriegl|Michor|1997|p=))-->
* ((Lax Functional Analysis)) <!--((sfn|Lax|2002|p=))-->
* ((Malkowsky Rakočević Advanced Functional Analysis|edition=1)) <!--((sfn|Malkowsky|Rakočević|2020|p=))-->
* ((McKennon Robertson Locally Convex Spaces)) <!--((sfn|McKennon|Robertson|1976|p=))-->
* ((Osborne Locally Convex Spaces)) <!--((sfn|Osborne|2013|p=))-->
* ((Pietsch Nuclear Locally Convex Spaces|edition=2)) <!--((sfn|Pietsch|1979|p=))-->
* ((Narici Beckenstein Topological Vector Spaces|edition=2)) <!--((sfn|Narici|Beckenstein|2011|p=))-->
* ((Robertson Topological Vector Spaces)) <!--((sfn|Robertson|Robertson|1980|p=))-->
* ((Rudin Walter Functional Analysis|edition=2)) <!--((sfn|Rudin|1991|p=))-->
* ((Ryan Introduction to Tensor Products of Banach Spaces|edition=1)) <!--((sfn|Ryan|2002|p=))-->
* ((Schaefer Wolff Topological Vector Spaces|edition=2)) <!--((sfn|Schaefer|Wolff|1999|p=))-->
* ((Schechter Handbook of Analysis and Its Foundations)) <!--((sfn|Schechter|1996|p=))-->
* ((Swartz An Introduction to Functional Analysis)) <!--((sfn|Swartz|1992|p=))-->
* ((Trèves François Topological vector spaces, distributions and kernels)) <!--((sfn|Trèves|2006|p=))-->
* ((Valdivia Topics in Locally Convex Spaces|edition=1)) <!--((sfn|Valdivia|1982|p=))-->
* ((Voigt A Course on Topological Vector Spaces|edition=1)) <!--((sfn|Voigt|2020|p=))-->
* ((Wilansky Modern Methods in Topological Vector Spaces|edition=1)) <!--((sfn|Wilansky|2013|p=))-->
* ((Wong Schwartz Spaces, Nuclear Spaces, and Tensor Products)) <!--((sfn|Wong|1979|p=))-->
* ((Zălinescu Convex Analysis in General Vector Spaces 2002)) <!--((sfn|Zălinescu|2002|pp=))-->


Banach/Hilbert spaces, Analysis, Spectral theorey, etc.

* ((Aliprantis Border Infinite Dimensional Analysis A Hitchhiker's Guide Third Edition)) <!--((sfn|Aliprantis|Border|2006|p=))-->
* ((Bachman Narici Functional Analysis 2nd Edition)) <!--((sfn|Bachman|Narici|2000|p=))-->
* ((Bahouri Chemin Danchin Fourier Analysis and Nonlinear Partial Differential Equations 2011)) <!--((sfn|Bahouri|Chemin|Danchin|2011|p=))-->
* ((Banach Théorie des Opérations Linéaires)) <!--((sfn|Banach|1932|p=))-->
* ((Conway A Course in Functional Analysis|edition=2)) <!--((sfn|Conway|1990|p=))-->
* ((Halmos A Hilbert Space Problem Book 1982)) <!--((sfn|Halmos|1982|pp=))-->
* ((Hastie Tibshirani Friedman The Elements of Statistical Learning 2009)) <!--((sfn|Halmos|2017|pp=))-->
* ((Kolmogorov Fomin Elements of the Theory of Functions and Functional Analysis)) <!--((sfn|Kolmogorov|Fomin|1957|p=))-->
* ((Kubrusly The Elements of Operator Theory 2nd Edition 2011)) <!--((sfn|Kubrusly|2011|p=))-->
* ((Lang Real and Functional Analysis 1993)) <!--((sfn|Lang|1993|p=))-->
* ((Lax Functional Analysis)) <!--((sfn|Lax|2002|p=))-->
* ((Riesz Szőkefalvi-Nagy Functional Analysis Dover 1990)) <!--((sfn|Riesz|Sz.-Nagy|1990|p=))-->
* ((Ryan Introduction to Tensor Products of Banach Spaces|edition=1)) <!--((sfn|Ryan|2002|p=))-->

Topology/Geometry

General Topology refs

* ((Adams Franzosa Introduction to Topology Pure and Applied)) <!--((sfn|Adams|Franzosa|2009|p=))-->
* ((Arkhangel'skii Ponomarev Fundamentals of General Topology Problems and Exercises|edition=2)) <!--((sfn|Arkhangelʹskiĭ|Ponomarev|1984|p=))-->
* ((Bourbaki General Topology Part I Chapters 1-4)) <!--((sfn|Bourbaki|1989|p=))-->
* ((Bourbaki General Topology Part II Chapters 5-10)) <!--((sfn|Bourbaki|1989|p=))-->
* ((Comfort Negrepontis The Theory of Ultrafilters 1974)) <!--((sfn|Comfort|Negrepontis|1974|p=))-->
* ((Dixmier General Topology)) <!--((sfn|Dixmier|1984|p=))-->
* ((Császár General Topology)) <!--((sfn|Császár|1978|p=))-->
* ((Dolecki Mynard Convergence Foundations Of Topology)) <!--((sfn|Dolecki|Mynard|2016|p=))-->
* ((Dugundji Topology)) <!--((sfn|Dugundji|1966|p=))-->
* ((Howes Modern Analysis and Topology 1995)) <!--((sfn|Howes|1995|p=))-->
* ((Joshi Introduction to General Topology)) <!--((sfn|Joshi|1983|p=))-->
* ((Kelley General Topology)) <!--((sfn|Kelley|1975|p=))-->
* ((Munkres Topology|edition=2)) <!--((sfn|Munkres|2000|p=))-->
* ((Schechter Handbook of Analysis and Its Foundations)) <!--((sfn|Schechter|1996|p=))-->
* ((Schubert Topology)) <!--((sfn|Schubert|1968|p=))-->
* ((Wilansky Topology for Analysis 2008)) <!--((sfn|Wilansky|2008|p=))-->
* ((Willard General Topology)) <!--((sfn|Willard|2004|p=))-->
* ((Willard General Topology|year=2012)) <!--((sfn|Willard|2012|p=))-->


Sequence related Papers/articles/books


Differential Geometry refs

* ((Kosinski Differential Manifolds 2007)) <!--((sfn|Kosinski|2007|p=))-->
* ((Lang Fundamentals of Differential Geometry)) <!--((sfn|Lang|1999|p=))-->
* ((Lee Introduction to Smooth Manifolds|edition=2)) <!--((sfn|Lee|2012|p=))-->
* ((Lee Riemannian Manifolds An Introduction to Curvature|edition=1)) <!--((sfn|Lee|1997|p=))-->
* ((Nestruev Smooth Manifolds and Observables 2020)) <!--((sfn|Nestruev|2020|p=))-->
* ((Saunders The Geometry of Jet Bundles)) <!--((sfn|Saunders|1989|p=))-->
* ((Sharpe Differential Geometry: Cartan's Generalization of Klein's Erlangen Program)) <!--((sfn|Sharpe|1997|p=))-->
* ((Steenrod The Topology of Fibre Bundles 1999)) <!--((sfn|Steenrod|1999|p=))-->

Stats/Probability

Statistical Learning/Probability refs

* ((Durrett Probability Theory and Examples 5th Edition)) <!--((sfn|Durrett|2019|p=))-->
* ((Hastie Tibshirani Friedman The Elements of Statistical Learning 2009)) <!--((sfn|Hastie|Tibshirani|Friedman|2009|pp=))-->

Applied

Physics refs

* ((Arnold Mathematical Methods of Classical Mechanics 1989)) <!--((sfn|Arnold|1989|p=))-->
* ((Takhtajan Quantum Mechanics for Mathematicians 2008)) <!--((sfn|Takhtajan|2008|p=))-->

Citations for Grothendieck, Schaefer, etc.

Grothendieck - Topological Vector Spaces citations
Citation Chapter Section Name
((sfn|Grothendieck|1973|pp=1-13)) 0 Topological introduction
((sfn|Grothendieck|1973|pp=1-2)) 1 Least upper bound of a family of topologies
((sfn|Grothendieck|1973|pp=2-3)) 2 Least upper bound of a family of uniform structures
((sfn|Grothendieck|1973|pp=4-4)) 3 Precompact spaces
((sfn|Grothendieck|1973|pp=4-7)) 4 𝒢-Convergence
((sfn|Grothendieck|1973|pp=8-8)) 5 𝒢-Convergence in the spaces of continuous mappings
((sfn|Grothendieck|1973|pp=8-12)) 6 Equicontinuous and uniformly equicontinuous sets
((sfn|Grothendieck|1973|pp=12-13)) 7 Relatively compact and precompact sets of continuous functions
((sfn|Grothendieck|1973|pp=14-45)) 1 General properties
((sfn|Grothendieck|1973|pp=14-15)) 1 General definition of a topological vector
((sfn|Grothendieck|1973|pp=15-16)) 2 Products, subspaces, quotients
((sfn|Grothendieck|1973|pp=16-17)) 3 Continuous linear mappings, homomorphisms
((sfn|Grothendieck|1973|pp=17-18)) 4 Uniform structure of a TVS
((sfn|Grothendieck|1973|pp=18-22)) 5 Topology defined by a semi-norm
((sfn|Grothendieck|1973|pp=22-23)) 6 Generalities concerning spaces defined by families of semi-norms
((sfn|Grothendieck|1973|pp=23-25)) 7 Bounded sets: general
((sfn|Grothendieck|1973|pp=25-27)) 8 Bounded sets: their use for 𝒢-convergences
((sfn|Grothendieck|1973|pp=27-31)) 9 Examples of TVS: spaces of continuous functions
((sfn|Grothendieck|1973|pp=31-33)) 10 Other examples: the spaces ℰ(m) and ℰ of L. Schwartz
((sfn|Grothendieck|1973|pp=34-36)) 11 Topological direct sums
((sfn|Grothendieck|1973|pp=37-38)) 12 Vector subspaces of finite dimension or codimension
((sfn|Grothendieck|1973|pp=38-39)) 13 Locally precompact TVS
((sfn|Grothendieck|1973|pp=39-42)) 14 Theorem of homomorphisms, closed graph
((sfn|Grothendieck|1973|pp=42-45)) 15 The Banach-Steinhaus theorem
((sfn|Grothendieck|1973|pp=46-98)) 2 The general duality theorems on locally convex spaces
((sfn|Grothendieck|1973|p=46)) 1 Introduction
((sfn|Grothendieck|1973|pp=47-49)) 2 Convex sets, disked sets
((sfn|Grothendieck|1973|pp=49-50)) 3 Convex cones and ordered vector spaces
((sfn|Grothendieck|1973|pp=50-51)) 4 Correspondence between semi-norms and absorbing disks. Characterization of locally convex spaces
((sfn|Grothendieck|1973|pp=52-53)) 5 Convex sets in TVS
((sfn|Grothendieck|1973|pp=53-56)) 6 The Hahn-Banach theorem
((sfn|Grothendieck|1973|pp=56-58)) 7 Separation of convex sets. Characterization of the closure of a convex set
((sfn|Grothendieck|1973|pp=58-61)) 8 Dual system, weak topology
((sfn|Grothendieck|1973|pp=61-64)) 9 Polarity
((sfn|Grothendieck|1973|pp=64-66)) 10 The 𝒢-topologies on a dual
((sfn|Grothendieck|1973|pp=66-68)) 11 The LCTVS as duals having 𝒢-topologies
((sfn|Grothendieck|1973|pp=68-70)) 12 Mackey's theorem: general formulation. Bidual of an LCTVS
((sfn|Grothendieck|1973|pp=70-73)) 13 Topologies compatible with a duality, The Mackey topology
((sfn|Grothendieck|1973|pp=73-75)) 14 The completion of an LCTVS
((sfn|Grothendieck|1973|pp=76-80)) 15 Duality for subspaces, quotients, products, projective limits
((sfn|Grothendieck|1973|pp=80-86)) 16 The transpose of a linear mapping; characterization of

homomorphisms

((sfn|Grothendieck|1973|pp=86-89)) 17 Summary and complementary results for normed

spaces

((sfn|Grothendieck|1973|pp=89-98)) 18 Elementary properties of compactness and weak

compactness

((sfn|Grothendieck|1973|pp=99-136)) 3 Spaces of linear mappings
((sfn|Grothendieck|1973|pp=99-101)) 1 Generalities on the spaces of linear mappings
((sfn|Grothendieck|1973|pp=102-106)) 2 Bounded sets in the spaces of linear
((sfn|Grothendieck|1973|pp=106-110)) 3 Relationship between bounded sets and equicontinuous

sets. Barrelled spaces

((sfn|Grothendieck|1973|pp=110-114)) 4 Bornological spaces
((sfn|Grothendieck|1973|pp=114-122)) 5 Bilinear functions: Types of continuity. Continuity and separate

continuity

((sfn|Grothendieck|1973|pp=122-126)) 6 Spaces of bilinear mappings. Definitions and notations
((sfn|Grothendieck|1973|pp=126-131)) 7 Linear mappings from an LCTVS into certain function spaces. Mappings

into a space of continuous functions

((sfn|Grothendieck|1973|pp=131-135)) 8 Differentiable vectorial functions
((sfn|Grothendieck|1973|pp=136-185)) 4 Study of some special classes of spaces
((sfn|Grothendieck|1973|pp=136-154)) 1 Part 1 Inductive limits, (LF) spaces
((sfn|Grothendieck|1973|pp=136-138)) 1.1 Generalities
((sfn|Grothendieck|1973|pp=139-140)) 1.2 Examples
((sfn|Grothendieck|1973|pp=140-142)) 1.3 Strict inductive limits
((sfn|Grothendieck|1973|pp=142-146)) 1.4 Direct sums
((sfn|Grothendieck|1973|pp=146-150)) 1.5 (LF) spaces
((sfn|Grothendieck|1973|pp=150-154)) 1.6 Products and direct sums of lines
((sfn|Grothendieck|1973|pp=154-164)) 2 Part 2 Metrisable LCTVS
((sfn|Grothendieck|1973|pp=154-156)) 2.1 Preliminaries
((sfn|Grothendieck|1973|pp=156-158)) 2.2 Bounded subbsets of metrisable LCTVS
((sfn|Grothendieck|1973|pp=158-164)) 2.3 Tc Topology on the Dual
((sfn|Grothendieck|1973|pp=164-176)) 3 Part 3 (DF) spaces
((sfn|Grothendieck|1973|pp=164-167)) 3.1 Generalities
((sfn|Grothendieck|1973|pp=167-169)) 3.2 Bilinear mappings on the product of two (DF) spaces
((sfn|Grothendieck|1973|pp=170-173)) 3.3 Stability properties
((sfn|Grothendieck|1973|pp=173-176)) 3.4 Complementary results
((sfn|Grothendieck|1973|pp=176-185)) 4 Part 4 Quasi-normable spaces and Schwartz spaces
((sfn|Grothendieck|1973|pp=176-178)) 4.1 Definition of quasi-normable spaces
((sfn|Grothendieck|1973|pp=178-179)) 4.2 Listing of strongly convergent sequences of linear forms on a subspace
((sfn|Grothendieck|1973|pp=179-182)) 4.3 Quasi-normability and compactness
((sfn|Grothendieck|1973|pp=182-185)) 4.4 Schwartz spaces
((sfn|Grothendieck|1973|pp=186-245)) 5 Compactness in locally convex LCTVSs
((sfn|Grothendieck|1973|pp=186-192)) 1 Part 1 The Krein-Milman theorem
((sfn|Grothendieck|1973|pp=186-188)) 1.1 Extreme points
((sfn|Grothendieck|1973|pp=188-192)) 1.2 Extreme generators
((sfn|Grothendieck|1973|pp=193-205)) 2 Part 2 Theory of compact operators
((sfn|Grothendieck|1973|pp=193-193)) 2.1 Generalities
((sfn|Grothendieck|1973|pp=193-196)) 2.2 General theorems for finite dimension
((sfn|Grothendieck|1973|pp=196-201)) 2.3 Generalities of the spectrum of an operator
((sfn|Grothendieck|1973|pp=201-205)) 2.4 The Riesz theory of compact operators
((sfn|Grothendieck|1973|pp=206-216)) 3 Part 3 General criteria compactness
((sfn|Grothendieck|1973|pp=206-207)) 3.1 Smulian's theorem
((sfn|Grothendieck|1973|pp=207-211)) 3.2 Eberlein's theorem
((sfn|Grothendieck|1973|pp=211-213)) 3.3 Krein's theorem
((sfn|Grothendieck|1973|pp=213-216)) 3.4 Supplementary exercises
((sfn|Grothendieck|1973|pp=216-245)) 4 Part 4 Weak compactness in <1
((sfn|Grothendieck|1973|pp=216-231)) 4.1 The Dunford-Pettis criterion and its first consequences
((sfn|Grothendieck|1973|pp=231-240)) 4.2 Applications of the Dunford-Pettis criterion
((sfn|Grothendieck|1973|pp=240-245)) 4.3 Supplementary exercises

References, Citations, Notes

Main page: Help:Explanatory notes
Markup Renders as 
The Sun<ref group=note name=SunNote/> 
and Moon<ref group=note name=MoonNote/><ref name=Foot01/> 
are big.<ref group=note name=BigNote/><ref name=Foot02/><ref group=proof name=ProofThat/> 

==Notes==

((reflist|group=note|refs=
<ref name=SunNote>Sun > Moon.</ref>
<ref name=MoonNote>Moon < Earth.</ref>
<ref name=BigNote>See ((cite book|author=Peterson|title=Astronomy|year=2005))</ref>
))

'''Proofs'''

((reflist|group=proof|refs=
<ref name=ProofThat> as desired. <math>\blacksquare</math></ref>
))

==Citations==

((reflist|refs=
<ref name=Foot01>((harvnb|Miller|2005|page=23))</ref>
<ref name=Foot02>((harvnb|Brown|2001|p=46))</ref>
))

==References==
((refbegin))
* ((cite book|author=Brown|title=The Moon|year=2001|publisher=Penguin))
* ((cite book|author=Miller|title=The Sun|publisher=Oxford|year=2005))
((refend))

The Sun[note 1] and Moon[note 2][1] are big.[note 3][2][proof 1]

Notes
  1. ^ Sun > Moon.
  2. ^ Moon < Earth.
  3. ^ See Peterson (2005). Astronomy.

Proofs

  1. ^ as desired.
Citations
  1. ^ Miller 2005, p. 23 harvnb error: multiple targets (2×): CITEREFMiller2005 (help)
  2. ^ Brown 2001, p. 46 harvnb error: multiple targets (3×): CITEREFBrown2001 (help)
References
  • Brown (2001). The Moon. Penguin.
  • Miller (2005). The Sun. Oxford.

Columns and indentation ((refbegin|26em|indent=yes)) and |author-mask=3 for ___

Indentation and columns: ((refbegin|26em|indent=yes))
Markup Renders as 
==References with indentation==
((refbegin|26em|indent=yes))
* ((cite book|last=Brown|first=Adam|title=The Moon|year=2001|publisher=Penguin|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Brown|first=Adam|author-mask=3|title=Luna|year=2001|publisher=Penguin|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Miller|first=Bob|title=The Sun|year=2005|publisher=Oxford|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Patterson|first=Conner|title=The Earth|year=2006|publisher=Oxford|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Samuel|first=David|title=Mercury|year=2006|publisher=The Mercurian Times|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Samuel|first=David|author-mask=3|title=The Morning Star|year=2006|publisher=The Mercurian Times|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Teller|first=Emily|title=Venus|year=2006|publisher=The Venusian Times|location=Berlin|isbn=978-3-540-08662-8))
* ((cite book|last=Turning|first=Francis|title=Mars|year=2006|publisher=The Martian Times|location=Mars|isbn=978-3-540-08662-8))
* ((cite book|last=Turning|first=Francis|author-mask=3|title=Jupiter|year=2006|publisher=The Jovian Times|location=Jupiter|isbn=978-3-540-08662-8))
* ((cite book|last=Turning|first=Francis|author-mask=3|title=Saturn|year=2006|publisher=The Saturnian Times|location=Saturn|isbn=978-3-540-08662-8))
((refend))
References with indentation
Related pages
More