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--- workshops:workshop0122 [2022/01/12 17:30] – [Table] lkastner
+++ workshops:workshop0122 [2022/01/31 13:50] (current) – [polymake conference] yuruk
@@ Line 18: / Line 18: @@
 Please fill out the [[workshops:workshop0122:registration|registration form]]!
-===Preliminary Schedule:===
+===Schedule:===
-This schedule is still a work in progress, since the workshop got switched to digital just recently.
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 | 16:50 -- 17:15        | **OSCAR dev introduction**                                       |   |   |
 |                       | //Alexej Jordan//                                                |   |   |
-| 17:20 -- 17:45        | **libpolymake and c++ programming**                              |   |   |
+| 17:20 -- 17:45        | **libpolymake-jll and OSCAR**                                    |   |   |
-|                       | //Holger Eble//                                                  |   |   |
+|                       | //Benjamin Lorenz//                                              |   |   |
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 === Abstracts ===
+== Statistics of limit root bundles and towards F-Theory MSSMs ==
+String theory is a leading candidate for a theory of quantum gravity, i.e. a theory which explains all natural phenomena in a unified framework. The major short-coming of string theory is that is has many (infinitely many?) solutions and to this date it is not known if one of them describes the universe that we observe on a daily basis. Finding (or disproving the existience of) such a solution, is often considered a holy grail of string phenomenology.
+In this talk, I will explain how this quest leads to an interesting class of one Quadrillion toric geometries (the so-called Quadrillion F-theory Standard models or QSMs), the study of root bundles on algebraic curves and how modern computer implementations can help to provide answers towards this holy grail of string phenomenology.
+This talk is based on the following works:
+  - Statistics of Limit Root Bundles Relevant for Exact Matter Spectra of F-Theory MSSMs (with M. Cvetič and M. Liu): arXiv:2104.08297
+  - Root Bundles and Towards Exact Matter Spectra of F-theory MSSMs (with M. Cvetič, R, Donagi, M. Liu, M. Ong): arXiv:2102.10115
+You can download the slides {{ :workshops:martinbies-polymakeworkshop2022.pdf|here}}.
 == polymake introduction ==
-General introduction to polymake, perl, and the datatypes.
+General introduction to polymake, perl, and the datatypes. The jupyter notebook of the talk can be found {{ :workshops:polymake_introduction.ipynb |here}}.
 == OSCAR dev introduction ==
 Overview of OSCAR's polyhedral functionality together with an introduction to the development workflow.
+You can download the slides {{:workshops:workshop_slides_polyhedral_geometry_oscar.zip|here}}.
+== libpolymake-julia and OSCAR ==
+Introduction to usage of libpolymake. You can download the slides {{:workshops:libpolymake_julia.pdf|here}}.
-== libpolymake and c++ programming ==
-Introduction to usage of libpolymake
 == polymedley ==
-Short presentations of new additions to the polymake zoo.
+Short presentations of new additions to the polymake zoo:
-- SIM bodies
+  * Gerneralized Permutahedra {{workshops:flag_dressian_4.ipynb|Jupyter Notebook}}
-- Conway
+  * Conway Notation in Polymake {{:workshops:maraconwayworkshop.zip|Jupyter Notebook}}
-- matchthenet
+  * MatchTheNet [[https://matchthenet.de/xmas/|Play here]]
 ===== developer meeting =====
-The developer meeting takes place on January 20th and 22nd. If you want to participate in the developer meeting as well, please let us know by email. Developers can find more information [[internal/developermeeting0122|here]]
+The developer meeting takes place on January 20th and 21st. If you want to participate in the developer meeting as well, please let us know by email. Developers can find more information [[internal/developermeeting0122|here]]
 ===== local organizers =====