Cote n° 56 · pages 2–34 · 63 displayed formulas · Lefschetz-Hodge - Vanishing cycles : notes manuscrites (s.d.), tiré à part (1962).
Inventory dating : 1962
Édition de démonstration

batch 1 · p. 2 — read it beside the facsimile1 / 63 · 12 distinct symbols, 42 written
\[\cdots \to H^i(X_0) \to H^i(\overline{X}_1) \to \Phi^{i+1} \to H^{i+1}(X_0) \to H^{i+1}(\overline{X}_1) \to \cdots\]
LaTeX source
\[
  \cdots \to H^i(X_0) \to H^i(\overline{X}_1) \to \Phi^{i+1} \to H^{i+1}(X_0)
  \to H^{i+1}(\overline{X}_1) \to \cdots
\]
batch 1 · p. 2 — read it beside the facsimile2 / 63 · 12 distinct symbols, 30 written
\[0 \to \Phi^{2\nu} \to H^{2\nu}(X_0) \to H^{2\nu}(\overline{X}_1) \to \Phi^{2\nu+1} \to 0\]
LaTeX source
\[
  0 \to \Phi^{2\nu} \to H^{2\nu}(X_0) \to H^{2\nu}(\overline{X}_1) \to
  \Phi^{2\nu+1} \to 0
\]
batch 1 · p. 4 — read it beside the facsimile3 / 63 · 25 distinct symbols, 125 written
\[\left. \begin{array}{ll} H^{*}(X_0) : & 1, \xi_0, \ldots, \xi_0^{\nu-1}, [\xi_0^{\nu}, \lambda'_{\nu}], \tfrac{1}{2}\xi_0^{\nu+1}, \ldots, \tfrac{1}{2}\xi_0^{2\nu-1} \\[4pt] H^{*}(\overline{X}_1) : & 1, \xi_1, \ldots, \xi_1^{\nu-1}, \tfrac{1}{2}\xi_1^{\nu}, \tfrac{1}{2}\xi_1^{\nu+1}, \ldots, \tfrac{1}{2}\xi_1^{2\nu-1} \end{array} \right] \quad \begin{array}{l} \xi_0 \mapsto \xi_1 \\ \lambda'_{\nu} \mapsto 0 \end{array}\]
LaTeX source
\[
  \left.
  \begin{array}{ll}
    H^{*}(X_0) : & 1, \xi_0, \ldots, \xi_0^{\nu-1}, [\xi_0^{\nu}, \lambda'_{\nu}],
      \tfrac{1}{2}\xi_0^{\nu+1}, \ldots, \tfrac{1}{2}\xi_0^{2\nu-1} \\[4pt]
    H^{*}(\overline{X}_1) : & 1, \xi_1, \ldots, \xi_1^{\nu-1}, \tfrac{1}{2}\xi_1^{\nu},
      \tfrac{1}{2}\xi_1^{\nu+1}, \ldots, \tfrac{1}{2}\xi_1^{2\nu-1}
  \end{array}
  \right]
  \quad
  \begin{array}{l}
    \xi_0 \mapsto \xi_1 \\
    \lambda'_{\nu} \mapsto 0
  \end{array}
\]
batch 1 · p. 4 — read it beside the facsimile4 / 63 · 25 distinct symbols, 101 written
\[\left. \begin{array}{ll} H^{*}(X_0) : & 1, \xi_0, \ldots, \xi_0^{\nu-1}, \xi_0^{\nu}, \tfrac{1}{2}\xi_0^{\nu+1}, \ldots, \tfrac{1}{2}\xi_0^{2\nu} \\[4pt] H^{*}(\overline{X}_1) : & 1, \xi_1, \ldots, \xi_1^{\nu-1}, [\xi_1^{\nu}, \lambda_{\nu}], \tfrac{1}{2}\xi_1^{\nu+1}, \ldots, \tfrac{1}{2}\xi_1^{2\nu} \end{array} \right] \quad \xi_0 \mapsto \xi_1\]
LaTeX source
\[
  \left.
  \begin{array}{ll}
    H^{*}(X_0) : & 1, \xi_0, \ldots, \xi_0^{\nu-1}, \xi_0^{\nu},
      \tfrac{1}{2}\xi_0^{\nu+1}, \ldots, \tfrac{1}{2}\xi_0^{2\nu} \\[4pt]
    H^{*}(\overline{X}_1) : & 1, \xi_1, \ldots, \xi_1^{\nu-1}, [\xi_1^{\nu}, \lambda_{\nu}],
      \tfrac{1}{2}\xi_1^{\nu+1}, \ldots, \tfrac{1}{2}\xi_1^{2\nu}
  \end{array}
  \right]
  \quad \xi_0 \mapsto \xi_1
\]
batch 1 · p. 6 — read it beside the facsimile5 / 63 · 14 distinct symbols, 42 written
\[\cdots \to H^i(U_0) \to H^i(\overline{U}_1) \to \Phi^{i+1} \to H^{i+1}(X_0) \to H^{i+1}(\overline{X}_1) \to \cdots\]
LaTeX source
\[
  \cdots \to H^i(U_0) \to H^i(\overline{U}_1) \to \Phi^{i+1} \to H^{i+1}(X_0)
  \to H^{i+1}(\overline{X}_1) \to \cdots
\]
batch 1 · p. 6 — read it beside the facsimile6 / 63 · 9 distinct symbols, 12 written
\[H^i(\overline{U}_1) \simeq \Phi^{i+1}\]
LaTeX source
\[
  H^i(\overline{U}_1) \simeq \Phi^{i+1}
\]
batch 1 · p. 6 — read it beside the facsimile7 / 63 · 12 distinct symbols, 23 written
\[\Phi^i = 0 \ \text{si}\ i \neq n, \qquad \Phi^n = H^{n-1}(\overline{U}_1)\]
LaTeX source
\[
  \Phi^i = 0 \ \text{si}\ i \neq n, \qquad
  \Phi^n = H^{n-1}(\overline{U}_1)
\]
batch 1 · p. 10 — read it beside the facsimile8 / 63 · 10 distinct symbols, 37 written
\[\struck{H^{i-1}(X) \to H^i(\widehat{C}) \to H^i(\widehat{C}') \to H^i(X) \to H^{i+1}(\widehat{C})}\]
LaTeX source
\[
  \struck{H^{i-1}(X) \to H^i(\widehat{C}) \to H^i(\widehat{C}') \to H^i(X) \to
  H^{i+1}(\widehat{C})}
\]
batch 1 · p. 10 — read it beside the facsimile9 / 63 · 17 distinct symbols, 83 written
\[\begin{array}{ccccccc} \cdots \to H^{i-1}(X) & \to & H^i(\widehat{C}) & \to & H^i(\widehat{C}') & \to & H^i(X) \to \cdots \\ \downarrow & & \downarrow & & \downarrow & & \| \\ H^{i-1}(X) & \to & H^i(C) & \to & H^i(C') & \xrightarrow{\text{bij}} & H^i(X) \end{array}\]
LaTeX source
\[
  \begin{array}{ccccccc}
    \cdots \to H^{i-1}(X) & \to & H^i(\widehat{C}) & \to & H^i(\widehat{C}') & \to & H^i(X) \to \cdots \\
    \downarrow & & \downarrow & & \downarrow & & \| \\
    H^{i-1}(X) & \to & H^i(C) & \to & H^i(C') & \xrightarrow{\text{bij}} & H^i(X)
  \end{array}
\]
batch 1 · p. 10 — read it beside the facsimile10 / 63 · 9 distinct symbols, 15 written
\[\boxed{H^i(C) = 0 \quad \text{si}\ i \neq 0}\]
LaTeX source
\[
  \boxed{H^i(C) = 0 \quad \text{si}\ i \neq 0}
\]
batch 1 · p. 10 — read it beside the facsimile11 / 63 · 8 distinct symbols, 23 written
\[0 \to H^i(\widehat{C}) \to H^i(\widehat{C}') \to H^i(X) \to 0\]
LaTeX source
\[
  0 \to H^i(\widehat{C}) \to H^i(\widehat{C}') \to H^i(X) \to 0
\]
batch 1 · p. 10 — read it beside the facsimile12 / 63 · 14 distinct symbols, 24 written
\[\boxed{H^i(\widehat{C}) \xleftarrow{\ \sim\ } H^{i-2}(X)(-1) \qquad i \neq 0}\]
LaTeX source
\[
  \boxed{H^i(\widehat{C}) \xleftarrow{\ \sim\ } H^{i-2}(X)(-1) \qquad i \neq 0}
\]
batch 1 · p. 10 — read it beside the facsimile13 / 63 · 14 distinct symbols, 33 written
\[\boxed{H^{*}(X) \xrightarrow{\ \sim\ } H^{*}(\widehat{C} - a)}, \qquad \widehat{C} - a = \widehat{E}, \qquad \widehat{C} - a - X = E\]
LaTeX source
\[
  \boxed{H^{*}(X) \xrightarrow{\ \sim\ } H^{*}(\widehat{C} - a)}, \qquad
  \widehat{C} - a = \widehat{E}, \qquad \widehat{C} - a - X = E
\]
batch 1 · p. 10 — read it beside the facsimile14 / 63 · 13 distinct symbols, 46 written
\[H^{i-2}(X)(-1) \to H^i(\widehat{E}) \to \boxed{H^i(E)} \to H^{i-1}(X)(-1) \to H^{i+1}(\widehat{E})\]
LaTeX source
\[
  H^{i-2}(X)(-1) \to H^i(\widehat{E}) \to \boxed{H^i(E)} \to H^{i-1}(X)(-1)
  \to H^{i+1}(\widehat{E})
\]
batch 1 · p. 12 — read it beside the facsimile15 / 63 · 20 distinct symbols, 77 written
\[\boxed{ \begin{array}{lll} i \leqslant n & H^i(E) \simeq P^i(X) & \text{mod torsion} \\ i \geqslant n+1 & H^i(E) \simeq P^{\uncertain{i-2}}(X)(-1) & \text{mod. de torsion} \end{array}}\]
LaTeX source
\[
  \boxed{
  \begin{array}{lll}
    i \leqslant n & H^i(E) \simeq P^i(X) & \text{mod torsion} \\
    i \geqslant n+1 & H^i(E) \simeq P^{\uncertain{i-2}}(X)(-1) & \text{mod. de torsion}
  \end{array}}
\]
batch 1 · p. 12 — read it beside the facsimile16 / 63 · 12 distinct symbols, 47 written
\[\cdots \to H^{i-1}(C) \to H^{i-1}(E) \to H^i_a(C) \to H^i(C) \to H^i(E) \to H^{i+1}_a(C) \to \cdots\]
LaTeX source
\[
  \cdots \to H^{i-1}(C) \to H^{i-1}(E) \to H^i_a(C) \to H^i(C) \to H^i(E) \to
  H^{i+1}_a(C) \to \cdots
\]
batch 1 · p. 12 — read it beside the facsimile17 / 63 · 11 distinct symbols, 55 written
\[\to H^0_a(C) \to H^0(C) \xrightarrow{\text{bij}} H^0(E) \to H^1_a(C) \to H^1(C) \to H^1(E) \to H^2_a(C) \to H^2(C)\]
LaTeX source
\[
  \to H^0_a(C) \to H^0(C) \xrightarrow{\text{bij}} H^0(E) \to H^1_a(C) \to
  H^1(C) \to H^1(E) \to H^2_a(C) \to H^2(C)
\]
batch 1 · p. 12 — read it beside the facsimile18 / 63 · 18 distinct symbols, 50 written
\[\boxed{ \begin{array}{l} H^0_a(C) = H^1_a(C) = 0 \\ H^i_a(C) \simeq H^{i-1}(E) \quad \text{si}\ i \geqslant 2 \end{array}}\]
LaTeX source
\[
  \boxed{
  \begin{array}{l}
    H^0_a(C) = H^1_a(C) = 0 \\
    H^i_a(C) \simeq H^{i-1}(E) \quad \text{si}\ i \geqslant 2
  \end{array}}
\]
batch 1 · p. 12 — read it beside the facsimile19 / 63 · 15 distinct symbols, 36 written
\[\underline{H^i(Q'^{\,n+1}) \xleftarrow{\ \sim\ } H^{i-2}(Q^n)(-1)} \quad \text{si}\ i \neq 0 \quad \text{donc :}\]
LaTeX source
\[
  \underline{H^i(Q'^{\,n+1}) \xleftarrow{\ \sim\ } H^{i-2}(Q^n)(-1)} \quad
  \text{si}\ i \neq 0 \quad \text{donc :}
\]
batch 1 · p. 12 — read it beside the facsimile20 / 63 · 21 distinct symbols, 99 written
\[\begin{array}{ll} \left(1, \xi, \ldots, \xi^{\nu}, \tfrac{1}{2}\xi^{\nu+1}, \ldots, \tfrac{1}{2}\xi^{2\nu}\right) & \text{si}\ \boxed{n+1 = 2\nu} \\[6pt] \left(1, \xi, \ldots, \xi^{\nu}, [\xi^{\nu+1}, \lambda'_{\nu+1}], \tfrac{1}{2}\xi^{\nu+2}, \ldots, \tfrac{1}{2}\xi^{2\nu+1}\right) & \text{si}\ \boxed{n+1 = 2\nu+1} \end{array}\]
LaTeX source
\[
  \begin{array}{ll}
    \left(1, \xi, \ldots, \xi^{\nu}, \tfrac{1}{2}\xi^{\nu+1}, \ldots,
      \tfrac{1}{2}\xi^{2\nu}\right) & \text{si}\ \boxed{n+1 = 2\nu} \\[6pt]
    \left(1, \xi, \ldots, \xi^{\nu}, [\xi^{\nu+1}, \lambda'_{\nu+1}],
      \tfrac{1}{2}\xi^{\nu+2}, \ldots, \tfrac{1}{2}\xi^{2\nu+1}\right) &
      \text{si}\ \boxed{n+1 = 2\nu+1}
  \end{array}
\]
batch 1 · p. 14 — read it beside the facsimile21 / 63 · 29 distinct symbols, 120 written
\[\left\{ \begin{array}{ll} H^i(E) = 0 & \text{si}\ i \neq 0, 2\nu - 2, 4\nu - 1 \\[4pt] H^{2(\nu-1)}(E) \simeq \left\{ \begin{array}{ll} 0, & \ell \neq 2 \\ \mathbf{Z}/2\mathbf{Z} & \text{si}\ \ell = 2 \end{array} \right. \\[10pt] H^{4\nu-1}(E) \simeq \mu(-2\nu) \end{array} \right. \qquad \boxed{n + 1 = 2\nu} \ \ n = 2\nu - 1\]
LaTeX source
\[
  \left\{
  \begin{array}{ll}
    H^i(E) = 0 & \text{si}\ i \neq 0, 2\nu - 2, 4\nu - 1 \\[4pt]
    H^{2(\nu-1)}(E) \simeq
      \left\{ \begin{array}{ll} 0, & \ell \neq 2 \\ \mathbf{Z}/2\mathbf{Z} & \text{si}\ \ell = 2 \end{array} \right. \\[10pt]
    H^{4\nu-1}(E) \simeq \mu(-2\nu)
  \end{array}
  \right.
  \qquad \boxed{n + 1 = 2\nu} \ \ n = 2\nu - 1
\]
batch 1 · p. 14 — read it beside the facsimile22 / 63 · 22 distinct symbols, 117 written
\[\left\{ \begin{array}{l} H^i(E) = 0 \quad \text{si}\ i \neq (0), 2\nu - 1, 2\nu + 1, 4\nu + 1 \\ H^0(E) = \mu(0) \\ H^{2\nu-1}(E) \simeq \mu(-\nu+1) \\ H^{2\nu+1}(E) \simeq \mu(-\nu-1) \\ H^{\uncertain{4\nu+1}}(E) \simeq \mu(-2\nu-1) \end{array} \right. \qquad \boxed{n + 1 = 2\nu + 1} \ \ n = 2\nu\]
LaTeX source
\[
  \left\{
  \begin{array}{l}
    H^i(E) = 0 \quad \text{si}\ i \neq (0), 2\nu - 1, 2\nu + 1, 4\nu + 1 \\
    H^0(E) = \mu(0) \\
    H^{2\nu-1}(E) \simeq \mu(-\nu+1) \\
    H^{2\nu+1}(E) \simeq \mu(-\nu-1) \\
    H^{\uncertain{4\nu+1}}(E) \simeq \mu(-2\nu-1)
  \end{array}
  \right.
  \qquad \boxed{n + 1 = 2\nu + 1} \ \ n = 2\nu
\]
batch 1 · p. 16 — read it beside the facsimile23 / 63 · 12 distinct symbols, 40 written
\[\cdots \to H^i(\widehat{C}) \to H^i(X) \to H^{i+1}_c(C) \to H^{i+1}(\widehat{C}) \to H^{i+1}(X)\]
LaTeX source
\[
  \cdots \to H^i(\widehat{C}) \to H^i(X) \to H^{i+1}_c(C) \to H^{i+1}(\widehat{C})
  \to H^{i+1}(X)
\]
batch 1 · p. 16 — read it beside the facsimile24 / 63 · 9 distinct symbols, 15 written
\[\boxed{H^{*}_a(C) \simeq H^{*}_c(C) \quad ??}\]
LaTeX source
\[
  \boxed{H^{*}_a(C) \simeq H^{*}_c(C) \quad ??}
\]
batch 1 · p. 19 — read it beside the facsimile25 / 63 · 22 distinct symbols, 68 written
\[H^i_c(U^n, A) \simeq \left\{ \begin{array}{ll} 0 & \text{si}\ i \neq n, 2n \\ A \otimes \nu'_n & \text{si}\ i = n \\ A \otimes \mu_m(-n) & \text{si}\ i = 2n \end{array} \right. \quad (\text{si}\ n \neq 0)\]
LaTeX source
\[
  H^i_c(U^n, A) \simeq
  \left\{
  \begin{array}{ll}
    0 & \text{si}\ i \neq n, 2n \\
    A \otimes \nu'_n & \text{si}\ i = n \\
    A \otimes \mu_m(-n) & \text{si}\ i = 2n
  \end{array}
  \right.
  \quad (\text{si}\ n \neq 0)
\]
batch 1 · p. 19 — read it beside the facsimile26 / 63 · 17 distinct symbols, 62 written
\[\nu'_n = \check{\nu}_n \otimes \mu_m(-n) = \left\{ \begin{array}{ll} \mu_m(-\tfrac{n}{2}) & n\ \text{pair} \\ \mu_m(-\tfrac{n+1}{2}) & n\ \text{impair} \end{array} \right.\]
LaTeX source
\[
  \nu'_n = \check{\nu}_n \otimes \mu_m(-n) =
  \left\{
  \begin{array}{ll}
    \mu_m(-\tfrac{n}{2}) & n\ \text{pair} \\
    \mu_m(-\tfrac{n+1}{2}) & n\ \text{impair}
  \end{array}
  \right.
\]
batch 1 · p. 19 — read it beside the facsimile27 / 63 · 12 distinct symbols, 43 written
\[\nu'_n = \check{\nu}_n = \mu_m(-\tfrac{n}{2}) \quad n\ \text{pair}, \qquad \nu'_n = \nu_n \otimes \mu_m(1) \quad n\ \text{impair}\]
LaTeX source
\[
  \nu'_n = \check{\nu}_n = \mu_m(-\tfrac{n}{2}) \quad n\ \text{pair}, \qquad
  \nu'_n = \nu_n \otimes \mu_m(1) \quad n\ \text{impair}
\]
batch 1 · p. 19 — read it beside the facsimile28 / 63 · 17 distinct symbols, 49 written
\[H^i(U^n, A) \simeq \left\{ \begin{array}{ll} 0 & \text{si}\ i \neq 0, n \\ A \otimes \nu_n & \text{si}\ i = 0 \\ A & \text{si}\ i = n . \end{array} \right.\]
LaTeX source
\[
  H^i(U^n, A) \simeq
  \left\{
  \begin{array}{ll}
    0 & \text{si}\ i \neq 0, n \\
    A \otimes \nu_n & \text{si}\ i = 0 \\
    A & \text{si}\ i = n .
  \end{array}
  \right.
\]
batch 1 · p. 19 — read it beside the facsimile29 / 63 · 11 distinct symbols, 45 written
\[\nu_n \simeq \mu_m(-\tfrac{n}{2}) \ \text{si}\ n\ \text{pair}, \qquad \nu_n \simeq \mu_m(-\tfrac{n \pm 1}{2}) \ \text{si}\ n\ \text{impair}\]
LaTeX source
\[
  \nu_n \simeq \mu_m(-\tfrac{n}{2}) \ \text{si}\ n\ \text{pair}, \qquad
  \nu_n \simeq \mu_m(-\tfrac{n \pm 1}{2}) \ \text{si}\ n\ \text{impair}
\]
batch 1 · p. 19 — read it beside the facsimile30 / 63 · 12 distinct symbols, 54 written
\[H^{i-1}(U^n) \to H^{i-2}(Q^{n-1})(-1) \to H^i(Q^n) \to H^i(U^n) \to H^{i-1}(Q^{n-1})(-1) \to \cdots\]
LaTeX source
\[
  H^{i-1}(U^n) \to H^{i-2}(Q^{n-1})(-1) \to H^i(Q^n) \to H^i(U^n) \to
  H^{i-1}(Q^{n-1})(-1) \to \cdots
\]
batch 1 · p. 19 — read it beside the facsimile31 / 63 · 20 distinct symbols, 100 written
\[H^{i-2}(Q^{n-1})(-1) \xrightarrow{\alpha_*} H^i(Q^n) \ \text{est}\ \left| \begin{array}{ll} \text{surjectif} & \text{si}\ i \neq 0, n \\ \text{injectif} & \text{si}\ i \neq 1, n+1 \end{array} \right| \ \text{bijectif si}\ i \neq 0, \struck{\ill{}}\, n, n+1\]
LaTeX source
\[
  H^{i-2}(Q^{n-1})(-1) \xrightarrow{\alpha_*} H^i(Q^n) \ \text{est}\
  \left|
  \begin{array}{ll}
    \text{surjectif} & \text{si}\ i \neq 0, n \\
    \text{injectif} & \text{si}\ i \neq 1, n+1
  \end{array}
  \right|
  \ \text{bijectif si}\ i \neq 0, \struck{\ill{}}\, n, n+1
\]
batch 1 · p. 19 — read it beside the facsimile32 / 63 · 12 distinct symbols, 56 written
\[0 \to H^{n-2}(Q^{n-1})(-1) \to H^n(Q^n) \to H^n(U^n) \to H^{n-1}(Q^{n-1})(-1) \to H^{n+1}(Q^n) \to 0\]
LaTeX source
\[
  0 \to H^{n-2}(Q^{n-1})(-1) \to H^n(Q^n) \to H^n(U^n) \to
  H^{n-1}(Q^{n-1})(-1) \to H^{n+1}(Q^n) \to 0
\]
batch 1 · p. 19 — read it beside the facsimile33 / 63 · 11 distinct symbols, 32 written
\[0 \to H^{n-2}(Q^{n-1})(-1) \to H^n(Q^n) \to H^n(U^n) \to 0\]
LaTeX source
\[
  0 \to H^{n-2}(Q^{n-1})(-1) \to H^n(Q^n) \to H^n(U^n) \to 0
\]
batch 2 · p. 21 — read it beside the facsimile34 / 63 · 11 distinct symbols, 34 written
\[0 \to H^{n}(U^{n}) \to H^{n-1}(Q^{n-1})(-1) \to H^{n+1}(Q^{n}) \to 0\]
LaTeX source
\[
  0 \to H^{n}(U^{n}) \to H^{n-1}(Q^{n-1})(-1) \to H^{n+1}(Q^{n}) \to 0
\]
batch 2 · p. 21 — read it beside the facsimile35 / 63 · 14 distinct symbols, 124 written
\[\left| \begin{array}{l} \text{bijectif si}\ \struck{\ill{}}\ i \geqslant 2,\ i \neq n \\ \text{injectif pour tt}\ i \end{array} \right\}\ (n\ \text{pair}) \qquad \left| \begin{array}{l} \text{bijectif si}\ i \geqslant 2,\ i \neq n+1 \\ \text{surjectif pour tt}\ i \geqslant 1 \end{array} \right\}\ (n\ \text{impair})\]
LaTeX source
\[
  \left|
  \begin{array}{l}
    \text{bijectif si}\ \struck{\ill{}}\ i \geqslant 2,\ i \neq n \\
    \text{injectif pour tt}\ i
  \end{array}
  \right\}\ (n\ \text{pair})
  \qquad
  \left|
  \begin{array}{l}
    \text{bijectif si}\ i \geqslant 2,\ i \neq n+1 \\
    \text{surjectif pour tt}\ i \geqslant 1
  \end{array}
  \right\}\ (n\ \text{impair})
\]
batch 2 · p. 21 — read it beside the facsimile36 / 63 · 13 distinct symbols, 126 written
\[\left| \begin{array}{l} \text{bijectif si}\ i \leqslant 2n-2,\ i \neq n \\ \text{injectif pour tt}\ i \end{array} \right\}\ n\ \text{pair} \qquad \left| \begin{array}{l} \text{bijectif si}\ i \leqslant 2n-2,\ i \neq n-1 \\ \text{injectif pour tt}\ i \leqslant 2n-\ldots \end{array} \right\}\ n\ \text{impair}\]
LaTeX source
\[
  \left|
  \begin{array}{l}
    \text{bijectif si}\ i \leqslant 2n-2,\ i \neq n \\
    \text{injectif pour tt}\ i
  \end{array}
  \right\}\ n\ \text{pair}
  \qquad
  \left|
  \begin{array}{l}
    \text{bijectif si}\ i \leqslant 2n-2,\ i \neq n-1 \\
    \text{injectif pour tt}\ i \leqslant 2n-\ldots
  \end{array}
  \right\}\ n\ \text{impair}
\]
batch 2 · p. 23 — read it beside the facsimile37 / 63 · 9 distinct symbols, 24 written
\[n = 2\nu \qquad H^2(Q^n) \;\text{---}\; H^{2\nu-2}(Q^n)\]
LaTeX source
\[
  n = 2\nu \qquad H^2(Q^n) \;\text{---}\; H^{2\nu-2}(Q^n)
\]
batch 2 · p. 23 — read it beside the facsimile38 / 63 · 8 distinct symbols, 19 written
\[\xi^0 \;-\; \xi^{\nu-1} \quad \xi^{\nu} \quad \xi^{\nu+1} \ \cdots \ \xi^{2\nu}\]
LaTeX source
\[
  \xi^0 \;-\; \xi^{\nu-1} \quad \xi^{\nu} \quad \xi^{\nu+1} \ \cdots \ \xi^{2\nu}
\]
batch 2 · p. 23 — read it beside the facsimile39 / 63 · 18 distinct symbols, 65 written
\[Q^n \quad \left\{ \begin{array}{l} \xi^i \in H^{2i}(Q^n, \mu(i)) \qquad \struck{0 \leqslant i \leqslant 2n} \\ \struck{\lambda_{2\nu} \in H^{2\nu}(Q^{2\nu})}\ \ \lambda_{2\nu} \in H^{2\nu}(Q^{2\nu}) \end{array} \right.\]
LaTeX source
\[
  Q^n \quad
  \left\{
  \begin{array}{l}
    \xi^i \in H^{2i}(Q^n, \mu(i)) \qquad \struck{0 \leqslant i \leqslant 2n} \\
    \struck{\lambda_{2\nu} \in H^{2\nu}(Q^{2\nu})}\ \ \lambda_{2\nu} \in H^{2\nu}(Q^{2\nu})
  \end{array}
  \right.
\]
batch 2 · p. 23 — read it beside the facsimile40 / 63 · 17 distinct symbols, 43 written
\[Q^{n-1} \subset Q^n \qquad \xi_i \longleftarrow \xi_i \qquad \xi_i \rightsquigarrow \xi_{i+2} \qquad \begin{pmatrix} 1, & 1 \\ 1, & -1 \end{pmatrix}\]
LaTeX source
\[
  Q^{n-1} \subset Q^n \qquad
  \xi_i \longleftarrow \xi_i \qquad
  \xi_i \rightsquigarrow \xi_{i+2}
  \qquad
  \begin{pmatrix} 1, & 1 \\ 1, & -1 \end{pmatrix}
\]
batch 2 · p. 23 — read it beside the facsimile41 / 63 · 19 distinct symbols, 92 written
\[\begin{array}{ccccc} Q^0 \subset & Q^1 \subset & Q^2 \subset & Q^3 \subset & Q^4 \\[4pt] (\lambda_0, \xi^0) & \xi^0 & \xi^0 & \xi^0 & \xi^0 \\ & \tfrac12 \xi & (\lambda_1, \xi) & \xi & \xi \\ & & \tfrac12 \xi^2 & \tfrac12 \xi^2 & (\lambda_2, \xi^2) \\ & & & \tfrac12 \xi^3 & \tfrac12 \xi^3 \\ & & & & \tfrac12 \xi^4 \end{array}\]
LaTeX source
\[
  \begin{array}{ccccc}
    Q^0 \subset & Q^1 \subset & Q^2 \subset & Q^3 \subset & Q^4 \\[4pt]
    (\lambda_0, \xi^0) & \xi^0 & \xi^0 & \xi^0 & \xi^0 \\
     & \tfrac12 \xi & (\lambda_1, \xi) & \xi & \xi \\
     & & \tfrac12 \xi^2 & \tfrac12 \xi^2 & (\lambda_2, \xi^2) \\
     & & & \tfrac12 \xi^3 & \tfrac12 \xi^3 \\
     & & & & \tfrac12 \xi^4
  \end{array}
\]
batch 2 · p. 23 — read it beside the facsimile42 / 63 · 22 distinct symbols, 83 written
\[\boxed{ \begin{array}{ll} Q^{n = 2\nu} : & \xi^0, \ldots, \xi^{\nu-1}, [\xi^{\nu}, \lambda_{\nu}], \tfrac12 \xi^{\nu+1}, \ldots, \tfrac12 \xi^{2\nu} \\[4pt] Q^{n = 2\nu+1} : & \xi^0, \ldots, \xi^{\nu}, \tfrac12 \xi^{\nu+1}, \ldots, \tfrac12 \xi^{2\nu+1} \end{array}} \qquad \lambda_{\nu}\]
LaTeX source
\[
  \boxed{
  \begin{array}{ll}
    Q^{n = 2\nu} : & \xi^0, \ldots, \xi^{\nu-1}, [\xi^{\nu}, \lambda_{\nu}],
      \tfrac12 \xi^{\nu+1}, \ldots, \tfrac12 \xi^{2\nu} \\[4pt]
    Q^{n = 2\nu+1} : & \xi^0, \ldots, \xi^{\nu}, \tfrac12 \xi^{\nu+1}, \ldots,
      \tfrac12 \xi^{2\nu+1}
  \end{array}}
  \qquad \lambda_{\nu}
\]
batch 2 · p. 25 — read it beside the facsimile43 / 63 · 5 distinct symbols, 8 written
\[Q^i \subset Q^j \qquad\qquad \xi\]
LaTeX source
\[
  Q^i \subset Q^j \qquad\qquad \xi
\]
batch 2 · p. 25 — read it beside the facsimile44 / 63 · 10 distinct symbols, 22 written
\[\struck{\mathbf{Z}[T][T'] / T^{2\nu+2},\ 2T' - T^{\nu+1}}\]
LaTeX source
\[
  \struck{\mathbf{Z}[T][T'] / T^{2\nu+2},\ 2T' - T^{\nu+1}}
\]
batch 2 · p. 25 — read it beside the facsimile45 / 63 · 20 distinct symbols, 148 written
\[\left\{ \begin{array}{l} \xi^0, \ldots, \xi^{\nu-1}, [\xi^{\nu}, \lambda_{\nu}], \xi_{\nu+1}, \ldots, \xi_{2\nu} \\ \xi^0, \ldots, \xi^{\nu}, \xi_{\nu+1}, \ldots, \xi_{2\nu+1} \end{array} \right. \qquad \left[ \begin{array}{l} 2\xi_i = \xi^i \\ \xi^i \xi_j = \xi_{i+j} \\ \xi_i \xi_j = 0 \ \text{pr raisons de degré} \\ \lambda_{\nu}^2 = 2\xi_{2\nu} = \xi^{2\nu} \\ \lambda_{\nu} \xi = 0 \\ \lambda_{\nu} \xi_{\alpha} = 0 \quad \alpha \geqslant \nu+1 \ \text{raisons de degré} \end{array} \right.\]
LaTeX source
\[
  \left\{
  \begin{array}{l}
    \xi^0, \ldots, \xi^{\nu-1}, [\xi^{\nu}, \lambda_{\nu}], \xi_{\nu+1}, \ldots, \xi_{2\nu} \\
    \xi^0, \ldots, \xi^{\nu}, \xi_{\nu+1}, \ldots, \xi_{2\nu+1}
  \end{array}
  \right.
  \qquad
  \left[
  \begin{array}{l}
    2\xi_i = \xi^i \\
    \xi^i \xi_j = \xi_{i+j} \\
    \xi_i \xi_j = 0 \ \text{pr raisons de degré} \\
    \lambda_{\nu}^2 = 2\xi_{2\nu} = \xi^{2\nu} \\
    \lambda_{\nu} \xi = 0 \\
    \lambda_{\nu} \xi_{\alpha} = 0 \quad \alpha \geqslant \nu+1 \ \text{raisons de degré}
  \end{array}
  \right.
\]
batch 2 · p. 25 — read it beside the facsimile46 / 63 · 7 distinct symbols, 11 written
\[Q^i \subset Q^j \quad (i \leqslant j)\]
LaTeX source
\[
  Q^i \subset Q^j \quad (i \leqslant j)
\]
batch 2 · p. 25 — read it beside the facsimile47 / 63 · 16 distinct symbols, 43 written
\[\left. \begin{array}{l} \xi^{\alpha} \longleftarrow \xi^{\alpha} \\ \xi_{\alpha} \longleftarrow \xi_{\alpha} \\ 0 \longleftarrow \lambda_{\nu} \\ \xi_{\nu} \longleftarrow \varphi_{\nu} \end{array} \right\}\ \text{si}\ i < j = 2\nu\]
LaTeX source
\[
  \left.
  \begin{array}{l}
    \xi^{\alpha} \longleftarrow \xi^{\alpha} \\
    \xi_{\alpha} \longleftarrow \xi_{\alpha} \\
    0 \longleftarrow \lambda_{\nu} \\
    \xi_{\nu} \longleftarrow \varphi_{\nu}
  \end{array}
  \right\}\ \text{si}\ i < j = 2\nu
\]
batch 2 · p. 25 — read it beside the facsimile48 / 63 · 20 distinct symbols, 61 written
\[\left. \begin{array}{l} \xi^{\alpha} \rightsquigarrow \xi^{\alpha + (j-i)} \\ \xi_{\alpha} \rightsquigarrow \xi_{\alpha + (j-i)} \\ \lambda_{\nu} \rightsquigarrow 0 \\ \varphi_{\nu} \rightsquigarrow \xi_{\nu + (j-i)} \end{array} \right\}\ \text{si}\ i = 2\nu < j\]
LaTeX source
\[
  \left.
  \begin{array}{l}
    \xi^{\alpha} \rightsquigarrow \xi^{\alpha + (j-i)} \\
    \xi_{\alpha} \rightsquigarrow \xi_{\alpha + (j-i)} \\
    \lambda_{\nu} \rightsquigarrow 0 \\
    \varphi_{\nu} \rightsquigarrow \xi_{\nu + (j-i)}
  \end{array}
  \right\}\ \text{si}\ i = 2\nu < j
\]
batch 2 · p. 27 — read it beside the facsimile49 / 63 · 9 distinct symbols, 21 written
\[\begin{bmatrix} 1, & 1 \\ 1, & -1 \end{bmatrix}\]
LaTeX source
\[
  \begin{bmatrix} 1, & 1 \\ 1, & -1 \end{bmatrix}
\]
batch 2 · p. 27 — read it beside the facsimile50 / 63 · 19 distinct symbols, 152 written
\[\begin{array}{ccccccc} Q^0 & Q^1 & Q^2 & Q^3 & Q^4 & Q^5 & Q^6 \\[4pt] [\lambda_0, \xi^0] & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 \\ & \tfrac12 \xi & [\lambda_1, \xi] & \xi & \xi & \xi & \xi \\ & & \tfrac12 \xi^2 & \tfrac12 \xi^2 & [\lambda_2, \xi^2] & \xi^2 & \xi^2 \\ & & & \tfrac12 \xi^3 & \tfrac12 \xi^3 & \tfrac12 \xi^3 & [\lambda_3, \xi^3] \\ & & & & \tfrac12 \xi^4 & \tfrac12 \xi^4 & \tfrac12 \xi^4 \\ & & & & & \tfrac12 \xi^5 & \tfrac12 \xi^5 \\ & & & & & & \tfrac12 \xi^6 \end{array}\]
LaTeX source
\[
  \begin{array}{ccccccc}
    Q^0 & Q^1 & Q^2 & Q^3 & Q^4 & Q^5 & Q^6 \\[4pt]
    [\lambda_0, \xi^0] & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 & \xi^0 = 1 \\
     & \tfrac12 \xi & [\lambda_1, \xi] & \xi & \xi & \xi & \xi \\
     & & \tfrac12 \xi^2 & \tfrac12 \xi^2 & [\lambda_2, \xi^2] & \xi^2 & \xi^2 \\
     & & & \tfrac12 \xi^3 & \tfrac12 \xi^3 & \tfrac12 \xi^3 & [\lambda_3, \xi^3] \\
     & & & & \tfrac12 \xi^4 & \tfrac12 \xi^4 & \tfrac12 \xi^4 \\
     & & & & & \tfrac12 \xi^5 & \tfrac12 \xi^5 \\
     & & & & & & \tfrac12 \xi^6
  \end{array}
\]
batch 2 · p. 29 — read it beside the facsimile51 / 63 · 10 distinct symbols, 19 written
\[L_{\cdot}(F_{\cdot}) \otimes L_{\cdot}(G_{\cdot}) = F \mathbin{\underline{\otimes}} G\]
LaTeX source
\[
  L_{\cdot}(F_{\cdot}) \otimes L_{\cdot}(G_{\cdot}) = F \mathbin{\underline{\otimes}} G
\]
batch 2 · p. 29 — read it beside the facsimile52 / 63 · 4 distinct symbols, 4 written
\[n = 2\nu\]
LaTeX source
\[
  n = 2\nu
\]
batch 2 · p. 29 — read it beside the facsimile53 / 63 · 12 distinct symbols, 38 written
\[H^{n-1}(U^{n-1})(1) \xrightarrow[\partial]{\text{ins}} H^n(Q^n) \xrightarrow{\text{res}} H^n(U^n)\]
LaTeX source
\[
  H^{n-1}(U^{n-1})(1) \xrightarrow[\partial]{\text{ins}} H^n(Q^n)
  \xrightarrow{\text{res}} H^n(U^n)
\]
batch 2 · p. 29 — read it beside the facsimile54 / 63 · 19 distinct symbols, 59 written
\[\begin{array}{lll} \ell^{2\nu+1} & & \\ \ell^{2\nu+1} \rightsquigarrow \lambda_{\nu} & [\lambda_{\nu}, \xi^{\nu}] \rightsquigarrow [2\ell^{2\nu}, 0] & \\ & \varphi_{\nu} = \tfrac12 (\lambda_{\nu} + \xi^{\nu}) \rightsquigarrow \ell^{2\nu} & \end{array}\]
LaTeX source
\[
  \begin{array}{lll}
    \ell^{2\nu+1} & & \\
    \ell^{2\nu+1} \rightsquigarrow \lambda_{\nu} &
    [\lambda_{\nu}, \xi^{\nu}] \rightsquigarrow [2\ell^{2\nu}, 0] & \\
     & \varphi_{\nu} = \tfrac12 (\lambda_{\nu} + \xi^{\nu}) \rightsquigarrow \ell^{2\nu} &
  \end{array}
\]
batch 2 · p. 29 — read it beside the facsimile55 / 63 · 5 distinct symbols, 6 written
\[\lambda_{\nu} \longleftarrow \ell_{2\nu}\]
LaTeX source
\[
  \lambda_{\nu} \longleftarrow \ell_{2\nu}
\]
batch 2 · p. 29 — read it beside the facsimile56 / 63 · 14 distinct symbols, 35 written
\[H^{n+1}_c(U^{n+1})(+1) \xleftarrow[\partial]{} H^n(Q^n) \xleftarrow{i_{\partial}} H^n_c(U^n)\]
LaTeX source
\[
  H^{n+1}_c(U^{n+1})(+1) \xleftarrow[\partial]{} H^n(Q^n)
  \xleftarrow{i_{\partial}} H^n_c(U^n)
\]
batch 2 · p. 29 — read it beside the facsimile57 / 63 · 16 distinct symbols, 48 written
\[\begin{array}{ll} [2\ell_{2\nu+1}, 0] \longleftarrow [\lambda_{\nu}, \xi^{\nu}] & \\ \ell_{2\nu+1} \longleftarrow \varphi_{\nu} & \\ 2\ell_{2\nu+1} \longleftarrow \ell_{2\nu} & \end{array}\]
LaTeX source
\[
  \begin{array}{ll}
    [2\ell_{2\nu+1}, 0] \longleftarrow [\lambda_{\nu}, \xi^{\nu}] & \\
    \ell_{2\nu+1} \longleftarrow \varphi_{\nu} & \\
    2\ell_{2\nu+1} \longleftarrow \ell_{2\nu} &
  \end{array}
\]
batch 2 · p. 29 — read it beside the facsimile58 / 63 · 7 distinct symbols, 12 written
\[Q^{n+1} - Q^{n} = U^{n+1}\]
LaTeX source
\[
  Q^{n+1} - Q^{n} = U^{n+1}
\]
batch 2 · p. 29 — read it beside the facsimile59 / 63 · 10 distinct symbols, 24 written
\[\alpha_{\nu} + \beta_{\nu} = \xi^{\nu}, \qquad \alpha_{\nu} - \beta_{\nu} = \lambda_{\nu}, \qquad \varphi_{\nu} = \alpha_{\nu} \ \ldots\]
LaTeX source
\[
  \alpha_{\nu} + \beta_{\nu} = \xi^{\nu}, \qquad
  \alpha_{\nu} - \beta_{\nu} = \lambda_{\nu}, \qquad
  \varphi_{\nu} = \alpha_{\nu} \ \ldots
\]
batch 2 · p. 31 — read it beside the facsimile60 / 63 · 14 distinct symbols, 40 written
\[Q^{2\nu} : \qquad \xi : H^{2i}(Q^{2\nu}) \to H^{2i+2}(Q^{2\nu})(1) \qquad \struck{\ill{}}\ (0 \leqslant i \leqslant 2\nu - 1)\]
LaTeX source
\[
  Q^{2\nu} : \qquad \xi : H^{2i}(Q^{2\nu}) \to H^{2i+2}(Q^{2\nu})(1)
  \qquad \struck{\ill{}}\ (0 \leqslant i \leqslant 2\nu - 1)
\]
batch 2 · p. 31 — read it beside the facsimile61 / 63 · 13 distinct symbols, 42 written
\[Q^{2\nu+1} \qquad \xi : H^{2i}(Q^{2\nu+1}) \to H^{2i+2}(Q^{2\nu+1})(1) \qquad (0 \leqslant i \leqslant 2\nu)\]
LaTeX source
\[
  Q^{2\nu+1} \qquad \xi : H^{2i}(Q^{2\nu+1}) \to H^{2i+2}(Q^{2\nu+1})(1)
  \qquad (0 \leqslant i \leqslant 2\nu)
\]
batch 2 · p. 34 — read it beside the facsimile62 / 63 · 9 distinct symbols, 25 written
\[1, H, H^2, \ldots, H^{n-1}, \underbrace{S', S''}, HS' = HS'', \ldots, H^n S' = H^n S''\]
LaTeX source
\[
  1, H, H^2, \ldots, H^{n-1}, \underbrace{S', S''}, HS' = HS'',
  \ldots, H^n S' = H^n S''
\]
batch 2 · p. 34 — read it beside the facsimile63 / 63 · 6 distinct symbols, 19 written
\[1, H, \ldots, H^n, \frac{H^{n+1}}{2}, \ldots, \frac{H^{2n+1}}{2}\]
LaTeX source
\[
  1, H, \ldots, H^n, \frac{H^{n+1}}{2}, \ldots, \frac{H^{2n+1}}{2}
\]