AGT2 errata list, by Haruyuki Kawabe

chapter page line read should be
1 3 -5 im in
1 3 -7 _\wedge (i.e., _∧ ) _\vee (i.e., _∨ )
  5 8 De Morgans's Law distribution law
  5 11 laws of negation De Morgan's laws
  7 1 [Gar1] (SEE REMARK 1)
  11 -12 two four
2 13 2 And Can
  13 3 And Can
  16 -12 or of
  19 -2 vertices vertices, edges
  19 -1 f_1 f_0, f_1
  23 6 left matrix (SEE REMARK 1)
  27 6 S a set
  33 7 5 jars 3 jars
  34 13 n |'s n-1 |'s
3 56 -5 (b_1, n) (b_{n-1}, n)
  56 -5 (b_2, n) (b_{n-2}, n)
  56 -5 (b_3, n) (b_{n-3}, n)
  56 -5 (b_{n-1}, n) (b_1, n)
  57 -6 adjacent. bells adjacent bells.
4 63
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  66 -5 f_1r_1 f_1
  70 -2 2x2 2x2x2
5 89 1 that there there
  99 -5 S_4 S_{48}
  110 6 Feynmann Feynman
  116 -3 for all x beloinging to X (SIMPLY REMOVE)
  117 -6 H |H|
  118 17 lemma proposition
6 124 -15 (sometimes called the toggle vector) (SIMPLY REMOVE)
  129 -11 E_{22} E_{2,2}
  132 -2 \vec{v_i} \vec{f_i}
  134 19 if of
  135 12 theory theorem
  138 -14 1,12 12
  138 -13 2,9 9
  138 -12 3,10 10
  138 -11 4,11 11
  138 -10 5,7 7
  138 -9 6,8 8
  138 -8   5
  138 -7   6
  138 -6   2
  138 -5   3
  138 -4   4
  138 -3   1
7 148 9 digraph graph
  148 -2 I was I was born






 8 159 3 lemma theorem
  163 2 number number perfect
9 178 -14 g_1\cdot g_2^(-1)=e_2 g_1\cdot g_2^{-1}=e_1
  191 9 a+b+c\equiv 0 a+b+c
  197 12 diag(v) (SEE REMARK 3)
10 201 -11 transpositions the generators
11 222 1 v(g) vec{v}(g)
228 -16 v_k v_{k+1}
229 -1,-2 \equiv \cong
12 242 9   (SEE REMARK 4)
  242 15   (SEE REMARK 4)
  245 -9 F_5^X (SEE REMARK 5)
  246 3 elementary transvections (SEE REMARK 6)
13 252 15 f_V f_V:G\to S_v, g \mapsto g_V
(SEE REMARK 7)

  253 4 f_{EV} f_{VE}
  257 -20 S_V x C_3^8 C_3^8 x S_V
  260 -10 Corner Edge
  263 -1 5.10 4.4 (but no edge-labels are given)
14 270 7 the pile is the stack of cards is
  273 14 M_12 |M_12|
  278 8 A_24 A_{24}
  279 2 $A$ A
  279 9 [n, k, d] where n is the length, k is the dimension, and d is the minimum distance
(SEE REMARK 8)

  283 2 mthods methods
  283 12 (d) replace left by right

15 286 17 face corners
289 1 g_{k+1,j}G_k g_{k+1,j}G_{k+1}
  289 2 n_1 r_k
  292 16 (1,2) (2,1)
  292 18 (4,2) (2,4)
  294 -16 [FRU \cdot FLU]^3 (FRU \cdot FLU)^3
  294 -12 [FRU \cdot BLU]^5 (FRU \cdot BLU)^5
  295 12 bottom bottom and left center facets
  295 -2 UL $UL$
298 -5 9.4 10.4
reference 301 -18 group groups






REMARK 1: The problem is described in "New Mathematical Diversions" instead of [Gar1].
REMARK 2: 3x4 matrix would also be appropriate for the example.

REMARK 3: The function diag is not defined. (It defines a diagonal matrix with the given entries on the diagonal.)
REMARK 4: The matrices on right hand side of the equation should be swapped.

REMARK 5: F_5^X is not defined.

REMARK 6: The term is not explained in this book. See transvection on Wikipedia, for example.

REMARK 7: f_V is defined to be the map F_V(g)=g_V.

REMARK 8: the notation is not defined.


created 2010-03-09, last modified 2010-05-06 by wdj.