Daily_Schedule

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title: Daily Schedule permalink: wiki/Daily_Schedule/ layout: wiki

Day	Thursday	Friday	Saturday	Sunday	Monday	Tuesday
7:30-8:50		Breakfast/get to MSRI	Breakfast/get to MSRI	Breakfast/get to MSRI	Breakfast/get to MSRI	Breakfast/get to MSRI
9:00-10:00		Intro to the workshop	Presentations	Presentations	Presentations	Presentations
10:00-10:15		Break	Break	Break	Break	Break
10:15-12:15		Projects	Projects	Projects	Projects	Projects
12:15-2:30		Lunch	Lunch/Hike	Lunch	Lunch	Lunch
2:30-3:30		Presentations	Hike	Presentations	Presentations	Presentations and Future of M2
3:30-4:15		Projects	Hike	Projects	Projects	Projects
4:15-4:45	Arriving	Break	Projects	Break	Break	Break
4:45-6:00		Projects	Projects	Projects	Projects	Projects
6:00 - ?	Reception (7:00 pm!)	Dinner on your own	Dinner on your own	Dinner Party -- at David Eisenbud's House	Dinner on your own	Dinner on your own

Presentation Speakers

• Friday
  • Andrey Novoseltsev --- Using Macaulay 2 in Sage
  • Doug Leonard --- Presentations of Integral Closure in Different Systems
  • Florian Geiss --- Construction of curves.

• Saturday
  • Roy Joshua --- Stanley's Algorithm for Group Embeddings
  • Christian Graf v. Bothmer -- Finite Field Experiments, Representation Theory

• Sunday AM
  • Rene Birkner, Alexandra Seceleanu --- NormalToricVarieties
  • Amelia Taylor, Tina O'Keefe --- The Graphs Package

• Sunday PM
  • Sonja Mapes, Kristine Fisher --- The Posets Package
  • Hirotachi Abo --- Secant varieties of classically studied varieties
  • Beth Arnold, Franziska Hinkelmann, Samuel Lundqvist --- Bitwise Representations of Polynomials

• Monday AM
  • Ask Dan and Mike

• Monday PM
  • Frank Moore --- DG Algebras
  • Jason McCollough, Chris Cunningham, Bart Snapp --- Power Series

• Tuesday AM
  • David Cook --- (pure) k-Decomposability
  • David Eisenbud --- Computing Segre Classes
  • Andrey Novoseltsev --- Update on Using Macaulay 2 in Sage --- things are much better now.
  • Beth Arnold, Franziska Hinkelmann, Samuel Lundqvist --- Groebner bases and S-polynomials that work on BRP.
  • Gary Furnish --- Parallelizing Macaulay 2
  • Krishna Hanumanthu, Forian Geiss -- Making divisors into a formal package.

• Tuesday PM
  • Brandon Stone
  • Gary Furnish
  • Infrastructure Discussion