Cote n° 32 · pages 4–47 · 61 displayed formulas · Corrections (références, rajouts) [dont SGA 4] : tapuscrit (s.d.), notes manuscrites (s.d.).
Inventory dating : [vers 1963-1977]
Édition de démonstration

batch 1 · p. 4 — read it beside the facsimile1 / 61 · 12 distinct symbols, 18 written
\[H^i(LT(K)) = 0 \ \text{si}\ i \geqslant nd .\]
LaTeX source
\[
H^i(LT(K)) = 0 \ \text{si}\ i \geqslant nd .
\]
batch 1 · p. 4 — read it beside the facsimile2 / 61 · 16 distinct symbols, 73 written
\[N T N^{-1} K \quad \begin{cases} \text{si } 0 \leqslant p \leqslant q, & K \text{ dans } [p, nq]\\ \text{si } p \leqslant q \leqslant 0, & K \text{ dans } [np, q] \end{cases} \quad \text{comme complexes.}\]
LaTeX source
\[
N T N^{-1} K \quad
\begin{cases}
\text{si } 0 \leqslant p \leqslant q, & K \text{ dans } [p, nq]\\
\text{si } p \leqslant q \leqslant 0, & K \text{ dans } [np, q]
\end{cases}
\quad \text{comme complexes.}
\]
batch 1 · p. 6 — read it beside the facsimile3 / 61 · 17 distinct symbols, 40 written
\[\text{(4.2)}\qquad \add{\mathrm{Tr}_f \text{ ou }} f_{*}\colon\; Rf_{!}(F_X) \longrightarrow F_Y(d'-d)[2(d'-d)] ,\]
LaTeX source
\[
\text{(4.2)}\qquad \add{\mathrm{Tr}_f \text{ ou }} f_{*}\colon\;
Rf_{!}(F_X) \longrightarrow F_Y(d'-d)[2(d'-d)] ,
\]
batch 1 · p. 6 — read it beside the facsimile4 / 61 · 20 distinct symbols, 57 written
\[\text{(4.2.1)}\qquad H^i(f_{*}) \text{ ou } f_{*}\colon\; R^i f_{!}(F_X) \longrightarrow \underline{H}^{i\supplied{+2(d'-d)}}(F_Y)(d'-d)\,\struck{[2(d'-d)]} ,\]
LaTeX source
\[
\text{(4.2.1)}\qquad H^i(f_{*}) \text{ ou } f_{*}\colon\;
R^i f_{!}(F_X) \longrightarrow
\underline{H}^{i\supplied{+2(d'-d)}}(F_Y)(d'-d)\,\struck{[2(d'-d)]} ,
\]
batch 1 · p. 6 — read it beside the facsimile5 / 61 · 18 distinct symbols, 48 written
\[\text{(4.2.2)}\qquad Rq_{!}(f_{*}) \text{ ou } f_{*}\colon\; Rp_{!}(F_X) \longrightarrow Rq_{!}(F_Y)(d'-d)[2(d'-d)] ,\]
LaTeX source
\[
\text{(4.2.2)}\qquad Rq_{!}(f_{*}) \text{ ou } f_{*}\colon\;
Rp_{!}(F_X) \longrightarrow Rq_{!}(F_Y)(d'-d)[2(d'-d)] ,
\]
batch 1 · p. 6 — read it beside the facsimile6 / 61 · 5 distinct symbols, 5 written
\[g\colon Y \longrightarrow Z\]
LaTeX source
\[
g\colon Y \longrightarrow Z
\]
batch 1 · p. 7 — read it beside the facsimile7 / 61 · 15 distinct symbols, 38 written
\[\text{(4.2.3)}\qquad R(gf)_{!}(F_X) \longrightarrow Rg_{!}(F_Y)(d'-d)[2(d'-d)] ,\]
LaTeX source
\[
\text{(4.2.3)}\qquad R(gf)_{!}(F_X) \longrightarrow
Rg_{!}(F_Y)(d'-d)[2(d'-d)] ,
\]
batch 1 · p. 7 — read it beside the facsimile8 / 61 · 19 distinct symbols, 57 written
\[\text{(4.2.4)}\qquad Rg_{*}Rf_{!}(F_X) \overset{\mathrm{dfn}}{=} R(gf)_{c(f)}(F_X) \longrightarrow Rg_{*}(F_Y)(d'-d)[2(d'-d)]\]
LaTeX source
\[
\text{(4.2.4)}\qquad Rg_{*}Rf_{!}(F_X) \overset{\mathrm{dfn}}{=}
R(gf)_{c(f)}(F_X) \longrightarrow Rg_{*}(F_Y)(d'-d)[2(d'-d)]
\]
batch 1 · p. 7 — read it beside the facsimile9 / 61 · 18 distinct symbols, 57 written
\[\text{(4.2.5)}\qquad R\Gamma_X(Rf_{!}(F_X)) \overset{\mathrm{dfn}}{=} R\Gamma_{X,\,c(f)}(F_X) \longrightarrow R\Gamma_Y(F_Y(d'-d))[2(d'-d)] .\]
LaTeX source
\[
\text{(4.2.5)}\qquad R\Gamma_X(Rf_{!}(F_X)) \overset{\mathrm{dfn}}{=}
R\Gamma_{X,\,c(f)}(F_X) \longrightarrow R\Gamma_Y(F_Y(d'-d))[2(d'-d)] .
\]
batch 1 · p. 7 — read it beside the facsimile10 / 61 · 14 distinct symbols, 30 written
\[\text{(4.2.6)}\qquad Rf_{*}(F_X) \longrightarrow F_Y(d'-d)[2(d'-d)] ,\]
LaTeX source
\[
\text{(4.2.6)}\qquad Rf_{*}(F_X) \longrightarrow F_Y(d'-d)[2(d'-d)] ,
\]
batch 1 · p. 7 — read it beside the facsimile11 / 61 · 21 distinct symbols, 89 written
\[\begin{aligned} &\text{(4.2.7)}\qquad R(gf)_{*}(F_X) \longrightarrow Rg_{*}(F_Y)(d'-d)[2(d'-d)] ,\\ &\text{(4.2.8)}\qquad R\Gamma_X(F_X) \longrightarrow R\Gamma_Y(F_Y(d'-d))[2(d'-d)] . \end{aligned}\]
LaTeX source
\[
\begin{aligned}
&\text{(4.2.7)}\qquad R(gf)_{*}(F_X) \longrightarrow Rg_{*}(F_Y)(d'-d)[2(d'-d)] ,\\
&\text{(4.2.8)}\qquad R\Gamma_X(F_X) \longrightarrow R\Gamma_Y(F_Y(d'-d))[2(d'-d)] .
\end{aligned}
\]
batch 1 · p. 7 — read it beside the facsimile12 / 61 · 14 distinct symbols, 32 written
\[\text{(4.3)}\qquad \boxed{\,Rf_{!}(f^{*}(G)) \longrightarrow G(d'-d)[2(d'-d)]\,} ,\]
LaTeX source
\[
\text{(4.3)}\qquad \boxed{\,Rf_{!}(f^{*}(G)) \longrightarrow
G(d'-d)[2(d'-d)]\,} ,
\]
batch 1 · p. 8 — read it beside the facsimile13 / 61 · 13 distinct symbols, 32 written
\[\text{(4.3 bis)}\qquad Rf_{!}(f^{*}G(d-d')) \longrightarrow G[2(d'-d)] .\]
LaTeX source
\[
\text{(4.3 bis)}\qquad Rf_{!}(f^{*}G(d-d')) \longrightarrow G[2(d'-d)] .
\]
batch 1 · p. 9 — read it beside the facsimile14 / 61 · 14 distinct symbols, 29 written
\[\text{(4.4)}\qquad Rf_{!}(A_X(d-d')[2(d-d')]) \longrightarrow A_Y .\]
LaTeX source
\[
\text{(4.4)}\qquad Rf_{!}(A_X(d-d')[2(d-d')]) \longrightarrow A_Y .
\]
batch 1 · p. 10 — read it beside the facsimile15 / 61 · 6 distinct symbols, 8 written
\[\textstyle\sum d_i n_i = N\]
LaTeX source
\[
\textstyle\sum d_i n_i = N
\]
batch 1 · p. 10 — read it beside the facsimile16 / 61 · 11 distinct symbols, 48 written
\[\Bigl(\sum d_i\, f_{i*} u_i^{*}\Bigr) f^{*} = \sum d_i\, f_{i*} u_i^{*} f^{*} = \sum d_i\, (f_{i*} f_i^{*}) = \sum d_i\, n_i\, \mathrm{id}\]
LaTeX source
\[
\Bigl(\sum d_i\, f_{i*} u_i^{*}\Bigr) f^{*} = \sum d_i\, f_{i*} u_i^{*} f^{*}
= \sum d_i\, (f_{i*} f_i^{*}) = \sum d_i\, n_i\, \mathrm{id}
\]
batch 1 · p. 11 — read it beside the facsimile17 / 61 · 9 distinct symbols, 12 written
\[\mathrm{Tr}_f(1_X) = N\, 1_Y\]
LaTeX source
\[
\mathrm{Tr}_f(1_X) = N\, 1_Y
\]
batch 1 · p. 12 — read it beside the facsimile18 / 61 · 13 distinct symbols, 29 written
\[\text{(4.4)}\qquad f^{*}(G)(d-d')[2(d-d')] \longrightarrow Rf^{!}G ,\]
LaTeX source
\[
\text{(4.4)}\qquad f^{*}(G)(d-d')[2(d-d')] \longrightarrow Rf^{!}G ,
\]
batch 1 · p. 12 — read it beside the facsimile19 / 61 · 16 distinct symbols, 62 written
\[\text{(4.5)}\qquad \varphi_f\colon A_X \longrightarrow Rf^{!}(A_Y)(d'-d)\ 2(d'-d)\add{)} ,\quad \add{\text{i.e. } \varphi_f \in H^{2(d-d')}(Y, Rf^{!}(A_Y)(d-d'))}\]
LaTeX source
\[
\text{(4.5)}\qquad \varphi_f\colon A_X \longrightarrow
Rf^{!}(A_Y)(d'-d)\ 2(d'-d)\add{)} ,\quad
\add{\text{i.e. } \varphi_f \in H^{2(d-d')}(Y, Rf^{!}(A_Y)(d-d'))}
\]
batch 1 · p. 12 — read it beside the facsimile20 / 61 · 22 distinct symbols, 81 written
\[\text{(4.6)}\qquad \begin{aligned} &\struck{\varphi_f \in H^0(Y, \underline{H}^0 Rf^{!}(A_Y)(d'-d)\ 2(d'-d))}\\ &\add{\varphi_f} \in H^0(Y, \underline{R}^{2(d'-d)} f^{!}(A_Y))(d'-d)) , \end{aligned}\]
LaTeX source
\[
\text{(4.6)}\qquad
\begin{aligned}
&\struck{\varphi_f \in H^0(Y, \underline{H}^0 Rf^{!}(A_Y)(d'-d)\ 2(d'-d))}\\
&\add{\varphi_f} \in H^0(Y, \underline{R}^{2(d'-d)} f^{!}(A_Y))(d'-d)) ,
\end{aligned}
\]
batch 1 · p. 12 — read it beside the facsimile21 / 61 · 14 distinct symbols, 30 written
\[\text{(4.7)}\qquad R^i f^{!}(A_Y) = 0 \quad \text{pour } i \neq 2(d-d') ,\]
LaTeX source
\[
\text{(4.7)}\qquad R^i f^{!}(A_Y) = 0 \quad \text{pour } i \neq 2(d-d') ,
\]
batch 1 · p. 13 — read it beside the facsimile22 / 61 · 12 distinct symbols, 31 written
\[\text{(4.8)}\qquad \add{\gamma_{X/Y}} \in H^{2(d-d')}_{\add{X}}(Y, A_Y(d-d')) .\]
LaTeX source
\[
\text{(4.8)}\qquad \add{\gamma_{X/Y}} \in H^{2(d-d')}_{\add{X}}(Y, A_Y(d-d')) .
\]
batch 1 · p. 13 — read it beside the facsimile23 / 61 · 12 distinct symbols, 29 written
\[\text{(4.9)}\qquad \add{\gamma_{X/Y}} \in H^{2(d-d')}(Y, A_Y(d-d'))\]
LaTeX source
\[
\text{(4.9)}\qquad \add{\gamma_{X/Y}} \in H^{2(d-d')}(Y, A_Y(d-d'))
\]
batch 1 · p. 17 — read it beside the facsimile24 / 61 · 13 distinct symbols, 26 written
\[K(K_0, \varphi) = p^{*}(K_0) + p^{*}(\varphi)[\mathcal{O}(1)]\]
LaTeX source
\[
K(K_0, \varphi) = p^{*}(K_0) + p^{*}(\varphi)[\mathcal{O}(1)]
\]
batch 1 · p. 17 — read it beside the facsimile25 / 61 · 13 distinct symbols, 26 written
\[\Gamma(S, R^1 p_{*} G) = \frac{H^1(P(E), G)}{H^1(S, G)}\]
LaTeX source
\[
\Gamma(S, R^1 p_{*} G) = \frac{H^1(P(E), G)}{H^1(S, G)}
\]
batch 2 · p. 24 — read it beside the facsimile26 / 61 · 16 distinct symbols, 31 written
\[0 \to H^1(S, G) \to H^1(P(E), G) \xrightarrow{\ \theta\ } \Gamma(S, R^1 p_{*} G) \to 0\]
LaTeX source
\[
0 \to H^1(S, G) \to H^1(P(E), G) \xrightarrow{\ \theta\ } \Gamma(S, R^1 p_{*} G) \to 0
\]
batch 2 · p. 26 — read it beside the facsimile27 / 61 · 5 distinct symbols, 6 written
\[\struck{H^1(S_0}\]
LaTeX source
\[
\struck{H^1(S_0}
\]
batch 2 · p. 26 — read it beside the facsimile28 / 61 · 13 distinct symbols, 20 written
\[H^1(X_{\struck{s}}, f^{*} \underline{\operatorname{Hom}}(L, I)) = 0,\]
LaTeX source
\[
H^1(X_{\struck{s}}, f^{*} \underline{\operatorname{Hom}}(L, I)) = 0,
\]
batch 2 · p. 27 — read it beside the facsimile29 / 61 · 5 distinct symbols, 11 written
\[0 \to G \to G_1 \to G_2 \to 0\]
LaTeX source
\[
0 \to G \to G_1 \to G_2 \to 0
\]
batch 2 · p. 27 — read it beside the facsimile30 / 61 · 13 distinct symbols, 33 written
\[0 \to R^1 p_{*} G \to \underline{\operatorname{Hom}}(\mathbb{G}_m, G_1) \to \underline{\operatorname{Hom}}(\mathbb{G}_m, G_2)\]
LaTeX source
\[
0 \to R^1 p_{*} G \to \underline{\operatorname{Hom}}(\mathbb{G}_m, G_1) \to
\underline{\operatorname{Hom}}(\mathbb{G}_m, G_2)
\]
batch 2 · p. 27 — read it beside the facsimile31 / 61 · 7 distinct symbols, 13 written
\[0 \to \mathbb{G}_m^n \to G_0 \to H \to 0\]
LaTeX source
\[
0 \to \mathbb{G}_m^n \to G_0 \to H \to 0
\]
batch 2 · p. 36 — read it beside the facsimile32 / 61 · 7 distinct symbols, 12 written
\[g^{*} Rf_{!} \xrightarrow{\ \sim\ } Rf'_{!}\, g'^{*}\]
LaTeX source
\[
g^{*} Rf_{!} \xrightarrow{\ \sim\ } Rf'_{!}\, g'^{*}
\]
batch 2 · p. 36 — read it beside the facsimile33 / 61 · 12 distinct symbols, 21 written
\[(3.1.6.3)\qquad Rg'_{*}\, Rf'^{!} \xrightarrow{\ \sim\ } Rf^{!}\, Rg_{*}\]
LaTeX source
\[
(3.1.6.3)\qquad Rg'_{*}\, Rf'^{!} \xrightarrow{\ \sim\ } Rf^{!}\, Rg_{*}
\]
batch 2 · p. 36 — read it beside the facsimile34 / 61 · 23 distinct symbols, 78 written
\[(3.1.6.4)\qquad \begin{array}{ll} g^{*} Rf_{*} \longrightarrow Rf'_{*}\, g'^{*} & \qquad g^{*} Rf_{!} \xrightarrow{\ \sim\ } Rf'_{!}\, g'^{*} \\[1ex] Rg^{!} Rf_{*} \xrightarrow{\ \sim\ } Rf'_{*}\, Rg'^{!} & \qquad Rg^{!} Rf_{!} \longleftarrow Rf'_{!}\, Rg'^{!} \end{array}\]
LaTeX source
\[
(3.1.6.4)\qquad
\begin{array}{ll}
g^{*} Rf_{*} \longrightarrow Rf'_{*}\, g'^{*} & \qquad g^{*} Rf_{!} \xrightarrow{\ \sim\ } Rf'_{!}\, g'^{*} \\[1ex]
Rg^{!} Rf_{*} \xrightarrow{\ \sim\ } Rf'_{*}\, Rg'^{!} & \qquad Rg^{!} Rf_{!} \longleftarrow Rf'_{!}\, Rg'^{!}
\end{array}
\]
batch 2 · p. 38 — read it beside the facsimile35 / 61 · 14 distinct symbols, 32 written
\[(3.1.7.1)\qquad f^{\bullet}_{!}\underline{F} \otimes_{\mathcal{B}} \underline{G} \longrightarrow f^{\bullet}_{!}(\underline{F} \otimes_{\mathcal{B}} f^{*}\underline{G}).\]
LaTeX source
\[
(3.1.7.1)\qquad f^{\bullet}_{!}\underline{F} \otimes_{\mathcal{B}} \underline{G} \longrightarrow f^{\bullet}_{!}(\underline{F} \otimes_{\mathcal{B}} f^{*}\underline{G}).
\]
batch 2 · p. 38 — read it beside the facsimile36 / 61 · 15 distinct symbols, 42 written
\[(3.1.7.2)\qquad \underline{\operatorname{Hom}}_{\mathcal{A}}(f^{*}\underline{G}, f^{!}_{\bullet}\underline{H}) \longrightarrow f^{!}_{\bullet}\underline{\operatorname{Hom}}_{\mathcal{A}}(\underline{G}, \underline{H}).\]
LaTeX source
\[
(3.1.7.2)\qquad \underline{\operatorname{Hom}}_{\mathcal{A}}(f^{*}\underline{G}, f^{!}_{\bullet}\underline{H}) \longrightarrow f^{!}_{\bullet}\underline{\operatorname{Hom}}_{\mathcal{A}}(\underline{G}, \underline{H}).
\]
batch 2 · p. 38 — read it beside the facsimile37 / 61 · 15 distinct symbols, 41 written
\[(3.1.7.3)\qquad R\underline{\operatorname{Hom}}_{\mathcal{A}}(f^{*}L, Rf^{!}M) \xrightarrow{\ \sim\ } Rf^{!} R\underline{\operatorname{Hom}}_{\mathcal{A}}(L, M),\]
LaTeX source
\[
(3.1.7.3)\qquad R\underline{\operatorname{Hom}}_{\mathcal{A}}(f^{*}L, Rf^{!}M) \xrightarrow{\ \sim\ } Rf^{!} R\underline{\operatorname{Hom}}_{\mathcal{A}}(L, M),
\]
batch 2 · p. 38 — read it beside the facsimile38 / 61 · 12 distinct symbols, 34 written
\[R\underline{\operatorname{Hom}}_{\mathcal{A}}(f^{*}L, Rf^{!}M) \xrightarrow{\ \sim\ } Rf^{!} R\underline{\operatorname{Hom}}_{\mathcal{A}}(L, M).\]
LaTeX source
\[
R\underline{\operatorname{Hom}}_{\mathcal{A}}(f^{*}L, Rf^{!}M) \xrightarrow{\ \sim\ } Rf^{!} R\underline{\operatorname{Hom}}_{\mathcal{A}}(L, M).
\]
batch 2 · p. 39 — read it beside the facsimile39 / 61 · 12 distinct symbols, 36 written
\[\struck{E}\ \operatorname{Mod}(S, \mathcal{A}) \to \operatorname{Mod}(S, \mathcal{B}) : \underline{F} \mapsto \underline{\operatorname{Hom}}_{\mathcal{A}}(L, \underline{F}),\]
LaTeX source
\[
\struck{E}\ \operatorname{Mod}(S, \mathcal{A}) \to \operatorname{Mod}(S, \mathcal{B}) : \underline{F} \mapsto \underline{\operatorname{Hom}}_{\mathcal{A}}(L, \underline{F}),
\]
batch 3 · p. 41 — read it beside the facsimile40 / 61 · 16 distinct symbols, 27 written
\[K(U) = \bar f_{*}\, \tau^{*}_{\leqslant d}\, C_{\ell}^{*} \mathcal{A}_U = f_!^{\bullet}(\mathcal{A}_U) .\]
LaTeX source
\[
K(U) = \bar f_{*}\, \tau^{*}_{\leqslant d}\, C_{\ell}^{*} \mathcal{A}_U
= f_!^{\bullet}(\mathcal{A}_U) .
\]
batch 3 · p. 41 — read it beside the facsimile41 / 61 · 13 distinct symbols, 23 written
\[Rf_!\, \mathcal{A}_U \simeq \mathcal{A} \overset{\mathbb{L}}{\otimes} Rf_!(\mathbb{Z}/n)_U .\]
LaTeX source
\[
Rf_!\, \mathcal{A}_U \simeq \mathcal{A} \overset{\mathbb{L}}{\otimes} Rf_!(\mathbb{Z}/n)_U .
\]
batch 3 · p. 41 — read it beside the facsimile42 / 61 · 8 distinct symbols, 19 written
\[\underline{F}/\ell \underline{F} \xrightarrow{\ \sim\ } \ell^{i}\underline{F}/\ell^{i+1}\underline{F} ,\]
LaTeX source
\[
\underline{F}/\ell \underline{F} \xrightarrow{\ \sim\ } \ell^{i}\underline{F}/\ell^{i+1}\underline{F} ,
\]
batch 3 · p. 41 — read it beside the facsimile43 / 61 · 11 distinct symbols, 13 written
\[\struck{f_!^{\bullet}(\mathbb{Z}/n)_U \xrightarrow{\ \sim\ }}\]
LaTeX source
\[
\struck{f_!^{\bullet}(\mathbb{Z}/n)_U \xrightarrow{\ \sim\ }}
\]
batch 3 · p. 41 — read it beside the facsimile44 / 61 · 13 distinct symbols, 23 written
\[f_!^{\bullet}(\mathbb{Z}/n)_U \otimes \mathcal{A} \xrightarrow{\ \sim\ } f_!^{\bullet}(\mathcal{A}_U)\]
LaTeX source
\[
f_!^{\bullet}(\mathbb{Z}/n)_U \otimes \mathcal{A} \xrightarrow{\ \sim\ } f_!^{\bullet}(\mathcal{A}_U)
\]
batch 3 · p. 42 — read it beside the facsimile45 / 61 · 10 distinct symbols, 14 written
\[U \longmapsto f_!^{\bullet}((\mathbb{Z}/n)_U)\]
LaTeX source
\[
U \longmapsto f_!^{\bullet}((\mathbb{Z}/n)_U)
\]
batch 3 · p. 42 — read it beside the facsimile46 / 61 · 15 distinct symbols, 34 written
\[U \longmapsto \add{K_0(U) \overset{\mathrm{df}}{=}}\; L_{\bullet}(f_!^{\bullet}(\mathbb{Z}/n)_U)\; \struck{= K_0(U)} .\]
LaTeX source
\[
U \longmapsto \add{K_0(U) \overset{\mathrm{df}}{=}}\; L_{\bullet}(f_!^{\bullet}(\mathbb{Z}/n)_U)\; \struck{= K_0(U)} .
\]
batch 3 · p. 42 — read it beside the facsimile47 / 61 · 9 distinct symbols, 17 written
\[K_0^{!}(\underline{G}) \xrightarrow{\ \sim\ } RK_0^{!}(\underline{G})\]
LaTeX source
\[
K_0^{!}(\underline{G}) \xrightarrow{\ \sim\ } RK_0^{!}(\underline{G})
\]
batch 3 · p. 44 — read it beside the facsimile48 / 61 · 20 distinct symbols, 32 written
\[(3.1.15.1) \qquad K(W) = \bar f_{V *}\, \tau_{\leqslant 2d}\, C^{*}_{\ell, \bar X_V}(\mathcal{A}_U)\]
LaTeX source
\[
(3.1.15.1) \qquad K(W) = \bar f_{V *}\, \tau_{\leqslant 2d}\, C^{*}_{\ell, \bar X_V}(\mathcal{A}_U)
\]
batch 3 · p. 44 — read it beside the facsimile49 / 61 · 6 distinct symbols, 7 written
\[\struck{j_! K(W)}\]
LaTeX source
\[
\struck{j_! K(W)}
\]
batch 3 · p. 44 — read it beside the facsimile50 / 61 · 19 distinct symbols, 25 written
\[j_!\, K(W) \xrightarrow{\ \sim\ } \bar f_{*}\, \tau_{\leqslant 2d}\, C^{*}_{\ell, \bar X}(\mathcal{A}_U)\]
LaTeX source
\[
j_!\, K(W) \xrightarrow{\ \sim\ } \bar f_{*}\, \tau_{\leqslant 2d}\, C^{*}_{\ell, \bar X}(\mathcal{A}_U)
\]
batch 3 · p. 46 — read it beside the facsimile51 / 61 · 12 distinct symbols, 31 written
\[(3.1.16.1) \qquad \mathrm{Hom}(Rf_!\, K, L) \simeq \mathrm{Hom}(K, Rf^! L)\]
LaTeX source
\[
(3.1.16.1) \qquad \mathrm{Hom}(Rf_!\, K, L) \simeq \mathrm{Hom}(K, Rf^! L)
\]
batch 3 · p. 46 — read it beside the facsimile52 / 61 · 9 distinct symbols, 25 written
\[\mathrm{Hom}^{\bullet}(f_!^{\bullet} K, L) \simeq \mathrm{Hom}^{\bullet}(K, f^{!}_{\bullet} L) .\]
LaTeX source
\[
\mathrm{Hom}^{\bullet}(f_!^{\bullet} K, L) \simeq \mathrm{Hom}^{\bullet}(K, f^{!}_{\bullet} L) .
\]
batch 3 · p. 46 — read it beside the facsimile53 / 61 · 16 distinct symbols, 53 written
\[\mathrm{Hom}^{*}_{\uncertain{/V}}(K, f^{!}_{\bullet} L) = \mathrm{Hom}^{\bullet}(j'_! j'^{*} K, f^{!}_{\bullet} L) \xrightarrow{\ \sim\ } \mathrm{Hom}^{\bullet}(f_!^{\bullet}(j'_! j'^{*} K), L) \longrightarrow\]
LaTeX source
\[
\mathrm{Hom}^{*}_{\uncertain{/V}}(K, f^{!}_{\bullet} L)
= \mathrm{Hom}^{\bullet}(j'_! j'^{*} K, f^{!}_{\bullet} L)
\xrightarrow{\ \sim\ } \mathrm{Hom}^{\bullet}(f_!^{\bullet}(j'_! j'^{*} K), L) \longrightarrow
\]
batch 3 · p. 46 — read it beside the facsimile54 / 61 · 2 distinct symbols, 10 written
\[\struck{\longrightarrow \mathrm{Hom}\ \mathrm{Hom}}\]
LaTeX source
\[
\struck{\longrightarrow \mathrm{Hom}\ \mathrm{Hom}}
\]
batch 3 · p. 46 — read it beside the facsimile55 / 61 · 13 distinct symbols, 31 written
\[\longrightarrow \mathrm{Hom}(j_! j^{*}(f_!^{\bullet} K), L) = \mathrm{Hom}_{V}(f_!^{\bullet} K, L)\]
LaTeX source
\[
\longrightarrow \mathrm{Hom}(j_! j^{*}(f_!^{\bullet} K), L) = \mathrm{Hom}_{V}(f_!^{\bullet} K, L)
\]
batch 3 · p. 46 — read it beside the facsimile56 / 61 · 15 distinct symbols, 39 written
\[(3.1.16.2) \qquad Rf_{*}\, R\underline{\mathrm{Hom}}(K, Rf^! L) \xrightarrow{\ \sim\ } R\underline{\mathrm{Hom}}(Rf_!\, K, L)\]
LaTeX source
\[
(3.1.16.2) \qquad Rf_{*}\, R\underline{\mathrm{Hom}}(K, Rf^! L) \xrightarrow{\ \sim\ } R\underline{\mathrm{Hom}}(Rf_!\, K, L)
\]
batch 3 · p. 46 — read it beside the facsimile57 / 61 · 18 distinct symbols, 50 written
\[\underline{H}^{-i}(Rf^! \mathbb{Z}/n\mathbb{Z})_x \simeq \varinjlim_{U(x)} \mathrm{Hom}\bigl(\struck{\ill{}}\, H^{i}_{c}(U, \mathbb{Z}/n\mathbb{Z}), \mathbb{Z}/n\mathbb{Z}\bigr) ,\]
LaTeX source
\[
\underline{H}^{-i}(Rf^! \mathbb{Z}/n\mathbb{Z})_x \simeq \varinjlim_{U(x)}
\mathrm{Hom}\bigl(\struck{\ill{}}\, H^{i}_{c}(U, \mathbb{Z}/n\mathbb{Z}), \mathbb{Z}/n\mathbb{Z}\bigr) ,
\]
batch 3 · p. 47 — read it beside the facsimile58 / 61 · 13 distinct symbols, 38 written
\[H^{i}_{x}(X, \mathbb{Z}/n\mathbb{Z}) \longrightarrow \struck{\ill{}}\; \underset{U(x)}{\underset{\longleftarrow}{\text{“lim”}}}\; H^{i}_{c}(U, \mathbb{Z}/n\mathbb{Z})\]
LaTeX source
\[
H^{i}_{x}(X, \mathbb{Z}/n\mathbb{Z}) \longrightarrow \struck{\ill{}}\;
\underset{U(x)}{\underset{\longleftarrow}{\text{“lim”}}}\; H^{i}_{c}(U, \mathbb{Z}/n\mathbb{Z})
\]
batch 3 · p. 47 — read it beside the facsimile59 / 61 · 17 distinct symbols, 31 written
\[\underline{H}^{-i}(Rf^! \mathbb{Z}/n\mathbb{Z})_x \xrightarrow{\ \sim\ } H^{i}_{x}(X, \mathbb{Z}/n\mathbb{Z})^{\vee}\]
LaTeX source
\[
\underline{H}^{-i}(Rf^! \mathbb{Z}/n\mathbb{Z})_x \xrightarrow{\ \sim\ } H^{i}_{x}(X, \mathbb{Z}/n\mathbb{Z})^{\vee}
\]
batch 3 · p. 47 — read it beside the facsimile60 / 61 · 13 distinct symbols, 21 written
\[(3.1.19.1) \qquad R^{i} f^{!} L = \underline{H}^{i}_{X}(L)\]
LaTeX source
\[
(3.1.19.1) \qquad R^{i} f^{!} L = \underline{H}^{i}_{X}(L)
\]
batch 3 · p. 47 — read it beside the facsimile61 / 61 · 13 distinct symbols, 92 written
\[f^{!} \simeq (p_1 \Delta)^{*} f^{!} \simeq \Delta^{*}(p_1^{*} f^{!}) \underset{\text{chgt de base par lisse}}{\simeq} \Delta^{*}(p_2^{!} f^{*}) \underset{\text{pureté relative ??}}{\simeq} \Delta^{!} p_2^{!} f^{*}[2d](d) \simeq f^{\uncertain{*}}[2d](d)\]
LaTeX source
\[
f^{!} \simeq (p_1 \Delta)^{*} f^{!} \simeq \Delta^{*}(p_1^{*} f^{!})
\underset{\text{chgt de base par lisse}}{\simeq} \Delta^{*}(p_2^{!} f^{*})
\underset{\text{pureté relative ??}}{\simeq} \Delta^{!} p_2^{!} f^{*}[2d](d)
\simeq f^{\uncertain{*}}[2d](d)
\]