Adding Book Topic notes & moving around folders

Author: Gordie Novak

To-Do Markdowns/Week 1/0: Week 1—Full Notes.md

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+## June 3rd, 9:00 AM
+#### M2 Workshop @ Madison
+* Book Accomodations  
+What **hotel/apartment** are we staying at?  
+* Book St. Olaf Van → Driver: [_Sam_](strom9@stolaf.edu)
+* CLEAR schedules June 29th - July 5th  
+This means you don't get to celebrate America.
+
+#### Full Project Goals
+* Tulane ... and on Invariant Rings repo
+* Checkon what is on Tulane Repo
+* Follow up with participants at Tulane (Orbit Sum → Sam)
+* Talk to Prof. Mastroeni
+* Skew Invariants? (I have no idea what this means )
+
+#### Overview of Tasks for Week 1
+We will try and achieve  goals for **Mathematical Theory development**, **Coding**, and **Professional Development** by the end of the week.  
+##### <u>Math Theory</u>
+* Define **Invariant Ring**
+ \+ Do initial exercises with invariant rings
+* Invairnat Theory in **M2**
+* Prepare **Representation Theory**
+* Prepare for **Gröbner Basis** for next week
+##### <u>Coding</u>
+* Learn **M2** Language
+  → Tutorials on Web
+* M2 Codespace
+  → Tutorials on our book
+* First chapters of GitHub for Mathematicians
+  * Gordie works on local PreTeX setup
+* PreTeX language
+* PreTeX codespace
+##### <u>Professional</u>
+* GitHub Education
+* Update GitHub profile
+* Professional Development workshop on Wednesday 12-1
+* Fix typos, give feedback on papers
+
+## June 3rd, 12:00 PM
+#### Book Topics
+We will cover the various topics that the new textbook should cover to educate new people on the processes for this CURI Project.
+* Representation Theory
+* Abelian Case → <span style="color:green">How do you make the action diagonal <u>in M2</u>?</span>
+* Examples  
+  → Math \& Code
+* Permutation Action
+* Algorithms \& Degree Bounds
+* Gröbner Bases, and <span style="color:red"> Elimination Theory</span>
+* Skew Invariants
+* <span style="color:blue"> Separate Section: </span> Subspace arrangement approach
+
+Here are some additional notes on actually defining our behavior in our skew commutative ring:
+
+![Heyo](Wedge_Goodies.png)
+
+It's important to note that we define our wedge operation as:
+
+![Heyo](Wedge_Goodies2.png)

To-Do Markdowns/Week 1/Book Topics.md

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+#### Book Topics
+We will cover the various topics that the new textbook should cover to educate new people on the processes for this CURI Project.
+* Representation Theory
+* Abelian Case → <span style="color:green">How do you make the action diagonal <u>in M2</u>?</span>
+* Examples  
+  → Math \& Code
+* Permutation Action
+* Algorithms \& Degree Bounds
+* Gröbner Bases, and <span style="color:red"> Elimination Theory</span>
+* Skew Invariants
+* <span style="color:blue"> Separate Section: </span> Subspace arrangement approach
+
+Here are some additional notes on actually defining our behavior in our skew commutative ring:
+
+![Heyo](Wedge_Goodies.png)
+
+It's important to note that we define our wedge operation as:
+
+![Heyo](Wedge_Goodies2.png)