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| #!rst | = Projects for Sage Days 60 = |
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| Projects for Sage Days 60 ========================= |
== Tutorials == |
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| * Version control with GIT: 2 | |
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| Knot theory ----------- |
* Quick categories intro: 3 * Overview of Graph theory feature * Intro to Algebraic Number Theory Here are useful links for Number Theory in Sage: 1. [[http://www.math-cs.gordon.edu/~kcrisman/mat338/index.html|Here]] are some lecture notes using Sage on Elementary Number Theory by Karl-Dieter. 2. Sage [[http://www.sagemath.org/pdf/en/reference/number_fields/number_fields.pdf| reference manual]] for number fields. 3. [[http://wstein.org/books/ant/ant.pdf|Here]] is a book by William Stein on Algebraic Number Theory. * Contributing to Sage * Tutorial: Using GAP from Sage * Explore: polytopes * Tutorial: optimized code with Cython * Tutorial: commutative algebra * Tutorial: Homological algebra * Creating sage packages * Tutorial: SageTeX == Knot theory == |
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| Representation Zeta functions ----------------------------- |
* As we see here, http://ask.sagemath.org/question/8255/knot-theory-and-sage/ there is demand for this. * Older ideas for many topological things are here http://wiki.sagemath.org/topology * Here is someone using braid group implementation to do basic knot things https://quantumtetrahedron.wordpress.com/tag/knot-theory/ * Here is someone who even did some thinking about how to organize it: https://github.com/amitjamadagni/Knots/wiki/Knot-theory-implementation * Here is where braid groups were implemented: http://trac.sagemath.org/ticket/12339 |
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| Expose more features from Symmetrica ------------------------------------ |
== Representation Zeta functions == == Expose more features from Symmetrica == #15555 Amri == Quadratic forms over ch=2 == == Class for bilinear and sesquilinear forms == == Error estimates for differential difference equations == Approximation of solution of a general equation. To solve the equation at a given point with value and error. (Reference http://www.ams.org/journals/mcom/1969-23-106/S0025-5718-1969-0247789-3/S0025-5718-1969-0247789-3.pdf, http://en.wikipedia.org/wiki/Dickman_function ) #16601 Kamalakshya == Rational points on elliptic curves == == Play with finite dimensional Hopf algebras == Implement a couple, look for dimensions of comodules (by duality) Mamta == Review of tutorials from the Sage-Combinat queue == #3624 coding theory -- A trivial review, now done! == Conditional expectations of multivariate random variables == == Reorganize the combinatorics documentation indexes into src/sage/combinat == #16256 Anne, Karl, Nicolas, Travis == Dimer model == Implement, import or interface existing soft Counting, sampling, ... Arvind == Lie algebras == More work on the ticket, review, play with, split, ... Travis, ... == Categories and Morphisms for crystals == Anne, Nicolas, Travis |
Projects for Sage Days 60
Tutorials
* Version control with GIT: 2
* Quick categories intro: 3
* Overview of Graph theory feature
* Intro to Algebraic Number Theory
Here are useful links for Number Theory in Sage:
Here are some lecture notes using Sage on Elementary Number Theory by Karl-Dieter.
Sage reference manual for number fields.
Here is a book by William Stein on Algebraic Number Theory.
* Contributing to Sage
* Tutorial: Using GAP from Sage
* Explore: polytopes
* Tutorial: optimized code with Cython
* Tutorial: commutative algebra
* Tutorial: Homological algebra
* Creating sage packages
* Tutorial: SageTeX
Knot theory
Review the existing features in Sage (anything) and elsewhere, and create some tickets of achievable features in the mid-run
As we see here, http://ask.sagemath.org/question/8255/knot-theory-and-sage/ there is demand for this.
Older ideas for many topological things are here http://wiki.sagemath.org/topology
Here is someone using braid group implementation to do basic knot things https://quantumtetrahedron.wordpress.com/tag/knot-theory/
Here is someone who even did some thinking about how to organize it: https://github.com/amitjamadagni/Knots/wiki/Knot-theory-implementation
Here is where braid groups were implemented: http://trac.sagemath.org/ticket/12339
Representation Zeta functions
Expose more features from Symmetrica
#15555 Amri
Quadratic forms over ch=2
Class for bilinear and sesquilinear forms
Error estimates for differential difference equations
Approximation of solution of a general equation. To solve the equation at a given point with value and error. (Reference http://www.ams.org/journals/mcom/1969-23-106/S0025-5718-1969-0247789-3/S0025-5718-1969-0247789-3.pdf, http://en.wikipedia.org/wiki/Dickman_function ) #16601 Kamalakshya
Rational points on elliptic curves
Play with finite dimensional Hopf algebras
Implement a couple, look for dimensions of comodules (by duality)
Mamta
Review of tutorials from the Sage-Combinat queue
#3624 coding theory -- A trivial review, now done!
== Conditional expectations of multivariate random variables ==
Reorganize the combinatorics documentation indexes into src/sage/combinat
#16256
Anne, Karl, Nicolas, Travis
Dimer model
Implement, import or interface existing soft
Counting, sampling, ...
Arvind
Lie algebras
More work on the ticket, review, play with, split, ...
Travis, ...
Categories and Morphisms for crystals
Anne, Nicolas, Travis