Differences between revisions 31 and 54 (spanning 23 versions)

Sage Days 65 in Chicago

When and where?

June 8-12, 2015, at Loyola University Chicago, in Chicago, Ill., USA.

#== Confirmed Speakers == # * Nantel Bergeron (York U) # * Dinakar Muthiah (U Toronto) # * Ben Salisbury (Central Michigan U) # * Franco Saliola (UQAM) # * Anne Schilling (UC Davis) # * Mike Zabrocki (York U)

Tentative Schedule

	Mon	Tue	Wed	Thu	Fri
9:30	Coffee	Coffee	Coffee	Coffee	Coffee
9:45
10:00	Saliola	Schilling	Salisbury	King	open
10:15
10:30
10:45
11:00	Project Intros	Tutorial/Worksheets: Thiruvathukal+Albert	Tutorial/Worksheets: Tingley	Tutorial/Worksheets: Lauve	Tutorial/Worksheets: open
11:15
11:30	Tutorial/Worksheets: Doty
11:45
12:00		Lunch	Lunch / Free Afternoon	Lunch	Final Progress Reports
12:15	Lunch
12:30
12:45
13:00
13:15
13:30
13:45
14:00	Muthiah	Zabrocki		Seelinger
14:15
14:30				Judge
14:45	Bergeron
15:00		Coffee		Coffee
15:15
15:30	Coffee	Small groups (coding/tutorials)		Small groups (coding/tutorials)
15:45
16:00	Small groups (coding/tutorials)
16:15
16:30
16:45
17:00		Progress Reports		Progress Reports
17:15
17:30	Progress Reports
17:45
18:00
18:15
18:30
18:45
19:00			Goose Island Brew Pub

Main Focci

We develop code for SAGE support of MV-polytopes and affine crystals.
We develop code for SAGE support of combinatorial Hopf algebras.
We get newcomers to SAGE as up to speed as possible in a week!

(Personal) Goals for the Week

Participants should feel free to add to this list in advance of the meeting. Anonymous contributions are okay.

Develop code for Hopf monoids in species (Lauve)
Learn how to use SAGE in my classroom
Resume coding basic algebraic structure for KLR-algebras, quantum shuffle algebras, etc (Im)
Start a wiki for combinatorial Hopf algebras, in the format of FindStat (Pang)
Crystals of tableaux for the Lie superalgebra gl(m|n) (Salisbury)
improve NC-Grobner basis calculations, implement dual Quasi-Schur basis #18447 (Zabrocki)
Non-commutative version of Faugere's F5 algorithm in Sage (King)
Code test for satisfaction of A_\infty-algebra relations (Fansler)

Participants

Darlayne Addabbo (U Illinois)
Mark V. Albert (Loyola Chicago)
N. Bergeron
Kevin Dilks (U Minnesota)
Steve Doty (Loyola Chicago)
Merv Fansler (Millersville U)
Gabriel Feinberg (Haverford College)
Emily Gunawan (U Minnesota)
Christine Haught (Loyola Chicago)
Mee Seong Im (U Illinois and USMA)
Jonathan Judge (UConn)
WonGeun Kim (CUNY)
Simon King (FSU Jena, Germany)
Michael Kratochvil (Loyola Chicago)
Jonathan Lamar (U Colorado)
Aaron Lauve (Loyola Chicago)
Jake Levinson (U Michigan)
Megan Ly (Boulder)
Dinakar Muthiah (U Toronto)
Amy Pang (LaCIM, UQAM)
Kyle Petersen (DePaul U, tentative)
Viviane Pons (LRI, U Paris-Sud)
Anup Poudel (Loyola)
Franco Saliola (UQAM)
Ben Salisbury (Central Michigan U)
Anne Schilling (UC Davis)
Adam Schultze (Loyola Chicago and SUNY Albany)
George H. Seelinger (Loyola Chicago)
Mark Shimozono (Virginia Tech)
Bridget Tenner (DePaul U, tentative)
George Thiruvathukal (Loyola Chicago)
Thomas (tentative)
Peter Tingley (Loyola Chicago)
Yannic Vargas (UQAM)
Panupong Vichitkunakorn (U Illinois)
Mike Zabrocki (York U)

Organizers

ALBERT, Mark V. (Loyola Chicago -- Computer Science)
LAUVE, Aaron (Loyola Chicago -- Mathematics)
TINGLEY, Peter (Loyola Chicago -- Mathematics)

Web page

http://math.luc.edu/sagedays/ (with information about housing)

-  ⇤ ← Revision 31 as of 2015-05-16 13:47:38 → 
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+   ← Revision 54 as of 2015-06-01 21:03:29 → ⇥
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  Comment: Removed incomplete speakers list; instead there is the schedule
-Deletions are marked like this.
+Additions are marked like this.
 Line 8:
-== Confirmed Speakers ==
 * Nantel Bergeron (York U)
 * Dinakar Muthiah (U Toronto)
 * Ben Salisbury (U Central Michigan)
 * Franco Saliola (UQAM)
 * Anne Schilling (UC Davis)
 * Mike Zabrocki (York U)
+#== Confirmed Speakers ==
# * Nantel Bergeron (York U)
# * Dinakar Muthiah (U Toronto)
# * Ben Salisbury (Central Michigan U)
# * Franco Saliola (UQAM)
# * Anne Schilling (UC Davis)
# * Mike Zabrocki (York U)
 Line 18:
-|| &nbsp; ||<:18%> '''Mon''' ||<:18%> '''Tue''' ||<:18%> '''Wed''' ||<:18%> '''Thu''' ||<:18%> '''Fri''' ||
+||<tablewidth="80%"> &nbsp; ||<:17%> '''Mon''' ||<:17%> '''Tue''' ||<:17%> '''Wed''' ||<:17%> '''Thu''' ||<:17%> '''Fri''' ||
 Line 21:
-|| 10:00 ||<|4 #BBBBFF> Saliola ||<|4 #BBBBFF> Schilling ||<|4 #BBBBFF> Salisbury ||<|4 #BBBBFF> Seelinger? ||<|4 #BBBBFF> open ||
+|| 10:00 ||<|4 #BBBBFF> Saliola ||<|4 #BBBBFF> Schilling ||<|4 #BBBBFF> Salisbury ||<|4 #BBBBFF> King ||<|4 #BBBBFF> open ||
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-|| 14:00 ||<|3 #BBBBFF> Muthiah ||<|4 #BBBBFF> Zabrocki ||<|4 #BBBBFF> Judge? ||
+|| 14:00 ||<|3 #BBBBFF> Muthiah ||<|4 #BBBBFF> Zabrocki ||<|2 #BBBBFF> Seelinger ||
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-|| 14:30 ||
+|| 14:30 ||<|2 #BBBBFF> Judge ||
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+ * Start a wiki for combinatorial Hopf algebras, in the format of [[http://www.findstat.org|FindStat]] (Pang)
 * Crystals of tableaux for the Lie superalgebra gl(m|n) (Salisbury)
 * improve NC-Grobner basis calculations, implement dual Quasi-Schur basis #18447 (Zabrocki)
 * Non-commutative version of Faugere's F5 algorithm in Sage (King)
 * Code test for satisfaction of $A_\infty$-algebra relations (Fansler)
-Line 74:
+Line 79:
- * Addabbo
+ * Darlayne Addabbo (U Illinois)
-Line 80:
+Line 85:
- * Feinberg
+ * Gabriel Feinberg (Haverford College)
-Line 82:
+Line 87:
- * Haught
+ * Christine Haught (Loyola Chicago)
-Line 85:
+Line 90:
- * Kim
 * King
+ * WonGeun Kim (CUNY)
 * Simon King (FSU Jena, Germany)
-Line 91:
+Line 96:
- * Ly
+ * Megan Ly (Boulder)
-Line 96:
+Line 101:
- * Poudel
+ * Anup Poudel (Loyola)
-Line 98:
+Line 103:
- * Ben Salisbury (U Central Michigan)
+ * Ben Salisbury (Central Michigan U)
-Line 100:
+Line 105:
- * Schultze
+ * Adam Schultze (Loyola Chicago and SUNY Albany) 
 * George H. Seelinger (Loyola Chicago)
 * Mark Shimozono (Virginia Tech)
-Line 108:
+Line 115:
- * Zhou

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