Peng Zhou

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blog:2023-04-22

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blog:2023-04-22 [2023/04/22 11:19] pzhoublog:2023-04-22 [2023/06/25 15:53] (current) – external edit 127.0.0.1
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 Now, here are the problems  Now, here are the problems 
  
-==== ====+==== Major Issues ==== 
 + 
 +=== 1 ===
 Where is the key estimate  Where is the key estimate 
 $$ SS(\pi_* Sh(\La_B)) \In \pi_*(SS(Sh(\La_B)) $$ $$ SS(\pi_* Sh(\La_B)) \In \pi_*(SS(Sh(\La_B)) $$
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 Not a big deal :) Not a big deal :)
  
-==== 2 ====+=== 2 ===
 Aha, classically generate means the smallest stable subcategories that contains these object.  Aha, classically generate means the smallest stable subcategories that contains these object. 
  
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 ok,this is already on p22.  ok,this is already on p22. 
 +
 +=== 3 ===
 +Not a big deal, just need to add: because in this grid stratified case, singular support can be estimated easily. 
 +
 +==== Minor Issues ====
 +
 +1. I really need to be precise! ahh. being complained. so, let me be more precise. Constructible sheaf with stratification $S$ is related to Lagrangians with singular support $\Lambda_S$. 
 +
 +2. yes, Segal introduced this notion. 
 +
 +3. better reference habit, give precise reference. Yes, we understand you are lazy, but please don't be lazy. 
 +
 +4. give reference to the later introduced FLTZ skeleton. 
 +
 +5. indeed, the notion of partially wrapped CCC is new. let me think how to recover that. I think this is best done by this: starting from the equivariant CCC, then on the B-side, we de-equivariantize on a subgroup, meaning we forget the equivariant structure. 
 +
 +...
 +
 +6. yes, forward reference about symplectic reduction should be given. 
 +
 +7. 
  
  
blog/2023-04-22.1682162390.txt.gz · Last modified: 2023/06/25 15:53 (external edit)