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== Videos of talks on polyfolds ==
 
== Videos of talks on polyfolds ==
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* 2015 Summer School on Moduli Problems in Symplectic Geometry playlist [https://www.youtube.com/playlist?list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3], in particular series by J.Fish, K.Wehrheim [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=36],
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[https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=33],
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[https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=30],
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[https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=28],
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[https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=21],
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discussions with N.Bottman [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=20], [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=15],
 +
and H.Hofer on construction of SFT polyfolds [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=18], [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=12], [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=8], [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=5],  [https://www.youtube.com/watch?v=65OmPRO5-jA&list=PLx5f8IelFRgGaUFEBurqstanRzuFFUlT3&index=1],
  
 
* Introduction to Polyfolds (K.Wehrheim, 2012 at IAS) [https://video.ias.edu/intropolyfolds/wehrheim]
 
* Introduction to Polyfolds (K.Wehrheim, 2012 at IAS) [https://video.ias.edu/intropolyfolds/wehrheim]

Revision as of 18:33, 19 May 2017

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Consult the User's Guide for information on using the wiki software.

Content Ideas

  • links to polyfold talks .. IHES .. IAS
  • annotated list of references
  • space for conference/workshop announcements - such as SFT 9 in Augsburg
  •  ?? rather than Katrin (eventually) whipping up a separate polyfold lab page, maybe make a list of "polyfold people" with pictures and links to their personal websites/papers, space to state research interests ("contact me if ... ") .. include Wysocki memorial
  • Helmut was talking about making his own wiki out of "the book" ... so eventually link there (or have a separate part) ... in any case, we'll need to clearly separate rigorous presentation (parts of the book etc) from Fukaya-category work in progress
  • Fukaya category resources

Testing

Next, when studying differential equations we often work with the following subsets of {\mathcal {F}}[0,L].

{\mathcal {C}}[0,L]=\{f\in {\mathcal {F}}[0,L]\,|\,f\;{\text{continuous}}\} is the set of functions f:[0,L]\to \mathbb{R} that are continuous.

{\mathcal {C}}^{\infty }[0,L]=\{f\in {\mathcal {F}}[0,L]\,|\,f\;{\text{smooth}}\} is the set of functions f:[0,L]\to \mathbb{R} that are smooth. That is, all derivatives of f are required to be continuous.


OK, I had to replace all the abbreviations (it doesn't parse \def ) and then replace all $ by < math > when copying from a latex file of mine ... and I doubt it will take definition / theorem / ... environments ... so copying from tex files seems unwise, otherwise happy!

Videos of talks on polyfolds

  • 2015 Summer School on Moduli Problems in Symplectic Geometry playlist [1], in particular series by J.Fish, K.Wehrheim [2],

[3], [4], [5], [6], discussions with N.Bottman [7], [8], and H.Hofer on construction of SFT polyfolds [9], [10], [11], [12], [13],

  • Introduction to Polyfolds (K.Wehrheim, 2012 at IAS) [14]
  • An M-polyfold relevant to Morse theory (P.Albers, 2012 at IAS) [23]

Getting started

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