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stringlengths
1
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o
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996 values
p
stringlengths
7
77
confidence
float64
0.4
1
predicate_class
stringclasses
2 values
community
int64
0
14
equation_name
stringlengths
14
73
equation_latex
stringlengths
5
217
equation_sympy
stringclasses
617 values
equation_form
stringclasses
472 values
variables
stringlengths
2
85
domain
stringclasses
119 values
scm_name
stringclasses
165 values
source
stringlengths
9
50
extraction_method
stringclasses
8 values
X
m
urn:hailstone:math:structural_equation[7f134c85b01d]
1
structural_equation
4
arxiv.math.AG.2510.04515v1.eq_321
X^{*}=X\setminus D
arxiv_extracted
["e", "t", "m", "X", "s"]
arxiv
arxiv
arxiv:math.AG:2510.04515v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[6ff6298cce15]
1
structural_equation
4
arxiv.math.AG.2510.03193v1.eq_322
\mathcal B_X:=\mathrm{coker}(\mathcal O_X\to F_* \mathcal O_X)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.03193v1
cross_domain_amplification
s
n
urn:hailstone:math:structural_equation[77f835f93080]
1
structural_equation
4
arxiv.math.AG.2510.03193v1.eq_323
\sum d_i = n
arxiv_extracted
["d_i", "m", "u", "s", "n"]
arxiv
arxiv
arxiv:math.AG:2510.03193v1
cross_domain_amplification
o
i
urn:hailstone:math:structural_equation[21552f2ddb7a]
1
structural_equation
4
arxiv.math.AG.2510.00250v2.eq_324
\overline{X_w} = Y_w \times \mathbb C^d
arxiv_extracted
["e", "o", "i", "r", "l", "v"]
arxiv
arxiv
arxiv:math.AG:2510.00250v2
cross_domain_amplification
o
i
urn:hailstone:math:structural_equation[ded0fbd0dfdc]
1
structural_equation
4
arxiv.math.AG.2510.00131v2.eq_325
\overline{X_{w}} = Y_{w} \times \mathbb{C}^{k}
arxiv_extracted
["e", "o", "i", "r", "l", "v"]
arxiv
arxiv
arxiv:math.AG:2510.00131v2
cross_domain_amplification
F_m
T
urn:hailstone:math:structural_equation[73bb3bc68464]
1
structural_equation
4
arxiv.math.AG.2509.23521v2.eq_326
F_m = F_m(G,T)
arxiv_extracted
["F_m", "T", "G"]
arxiv
arxiv
arxiv:math.AG:2509.23521v2
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[4f0f44984d77]
1
structural_equation
4
arxiv.math.AG.2509.23042v1.eq_327
\mathcal{N}=1
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2509.23042v1
cross_domain_amplification
C_{m
u
urn:hailstone:math:structural_equation[b522cc0e6650]
1
structural_equation
4
arxiv.math.AG.2509.20872v1.eq_328
C_{m,n}(q,t) = \sum_λf_λ(q,t) s_λ(x)
arxiv_extracted
["q", "C_{m", "t", "u", "s", "n"]
arxiv
arxiv
arxiv:math.AG:2509.20872v1
cross_domain_amplification
C
s
urn:hailstone:math:structural_equation[d715ad858347]
1
structural_equation
4
arxiv.math.AG.2509.20872v1.eq_329
C^f_{m,n}(q,t) = \sum_λf_λ(q,t) K_{λf}
arxiv_extracted
["f_{m", "q", "t", "s", "n", "C"]
arxiv
arxiv
arxiv:math.AG:2509.20872v1
cross_domain_amplification
H
h
urn:hailstone:math:structural_equation[1e57c257c5e1]
1
structural_equation
4
arxiv.math.AG.2509.17939v2.eq_330
H^1(S, \mathbb{F}_2)=0
arxiv_extracted
["a", "t", "m", "H", "S", "h"]
arxiv
arxiv
arxiv:math.AG:2509.17939v2
cross_domain_amplification
K_X
R_Δ
urn:hailstone:math:structural_equation[a91d812b2458]
1
structural_equation
4
arxiv.math.AG.2509.17927v1.eq_331
K_X+Δ=f^*(K_X+Δ)+R_Δ
arxiv_extracted
["f", "K_X", "R_\u0394"]
arxiv
arxiv
arxiv:math.AG:2509.17927v1
cross_domain_amplification
f
P
urn:hailstone:math:structural_equation[a90a94e25473]
1
structural_equation
4
arxiv.math.AG.2509.17927v1.eq_332
f^{-s}(P)=P
arxiv_extracted
["f", "s", "P"]
arxiv
arxiv
arxiv:math.AG:2509.17927v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[cea5318250fd]
1
structural_equation
4
arxiv.math.AG.2509.25212v5.eq_333
\mathrm{Spec}_{\!Φ}(R)=\{P\in\mathrm{Spec}(R):Φ^{\!*}(P)=P\},
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2509.25212v5
cross_domain_amplification
A
J
urn:hailstone:math:structural_equation[230e88d4a4c7]
1
structural_equation
4
arxiv.math.AG.2509.25212v5.eq_334
Φ^{\!*}(A)=A+J
arxiv_extracted
["A", "J"]
arxiv
arxiv
arxiv:math.AG:2509.25212v5
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[5d598bd4d703]
1
structural_equation
4
arxiv.math.AG.2509.25212v5.eq_335
\mathrm{rad}_{\!Φ}(I)=\sqrt{Φ^{\!*}(I)}
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2509.25212v5
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[4ed58e210228]
1
structural_equation
4
arxiv.math.AG.2509.25212v5.eq_336
\mathrm{rad}_{\!Φ}(I)=\mathrm I(V(I))
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2509.25212v5
cross_domain_amplification
g
x
urn:hailstone:math:structural_equation[d4c108d2d1dc]
1
structural_equation
4
arxiv.math.AG.2509.15438v1.eq_337
g(t_{0} \ast x) = g(x)+c(t_{0}) h(x)
arxiv_extracted
["g", "a", "t", "t_{0}", "s", "x"]
arxiv
arxiv
arxiv:math.AG:2509.15438v1
cross_domain_amplification
s
t
urn:hailstone:math:structural_equation[78aa904bb73b]
1
structural_equation
4
arxiv.math.AG.2509.15348v1.eq_338
{\sf M}:=(\mathcal{E},r)
arxiv_extracted
["f", "a", "t", "M", "m", "s"]
arxiv
arxiv
arxiv:math.AG:2509.15348v1
cross_domain_amplification
d
b
urn:hailstone:math:structural_equation[51ecc8680ccb]
1
structural_equation
4
arxiv.math.AG.2509.14871v1.eq_339
d(\mathbb F_q):= \lfloor2\sqrt{q}\rfloor^2-4q
arxiv_extracted
["a", "t", "m", "h", "b", "d"]
arxiv
arxiv
arxiv:math.AG:2509.14871v1
cross_domain_amplification
w
i
urn:hailstone:math:structural_equation[0da8809e5708]
1
structural_equation
4
arxiv.math.AG.2509.13473v4.eq_340
\widetilde{\mathcal{N}}=T^*G/B
arxiv_extracted
["e", "w", "t", "i", "d"]
arxiv
arxiv
arxiv:math.AG:2509.13473v4
cross_domain_amplification
H
e
urn:hailstone:math:structural_equation[21f12fe86e84]
1
structural_equation
4
arxiv.math.AG.2509.13473v4.eq_341
H^i(\widetilde{\mathcal{N}_θ},\mathcal{O}_{\widetilde{\mathcal{N}_θ}}(λ))=0
arxiv_extracted
["e", "w", "H", "i", "d"]
arxiv
arxiv
arxiv:math.AG:2509.13473v4
cross_domain_amplification
e
r
urn:hailstone:math:structural_equation[3dd6cdefb75e]
1
structural_equation
4
arxiv.math.AG.2509.11280v1.eq_342
\ell(μ)=r
arxiv_extracted
["e", "l", "r"]
arxiv
arxiv
arxiv:math.AG:2509.11280v1
cross_domain_amplification
H
h
urn:hailstone:math:structural_equation[88c27f6bdda5]
1
structural_equation
4
arxiv.math.AG.2509.11227v3.eq_343
H^1(Y, \mathcal{O}_Y(kE)) = 0
arxiv_extracted
["a", "t", "m", "H", "h", "Y"]
arxiv
arxiv
arxiv:math.AG:2509.11227v3
cross_domain_amplification
m
b
urn:hailstone:math:structural_equation[cb228af6155f]
1
structural_equation
4
arxiv.math.AG.2509.07720v1.eq_344
\mathbb E=\int_{\mathbb X\in \mathrm{Mod}(\mathbb X)}\mathbb X\otimes \mathbb{X}'
arxiv_extracted
["a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2509.07720v1
cross_domain_amplification
K_X
D
urn:hailstone:math:structural_equation[8e01cc3e0fdc]
1
structural_equation
4
arxiv.math.AG.2509.07508v1.eq_345
K_X+D=0
arxiv_extracted
["K_X", "D"]
arxiv
arxiv
arxiv:math.AG:2509.07508v1
cross_domain_amplification
R
a
urn:hailstone:math:structural_equation[36bace91211a]
1
structural_equation
4
arxiv.math.AG.2509.06352v1.eq_346
R^d , d = 1, 2, . . . be an open bounded smooth domain, and
arxiv_extracted
["e", "a", "R", "b", "d"]
arxiv
arxiv
arxiv:math.AG:2509.06352v1
cross_domain_amplification
a
s
urn:hailstone:math:structural_equation[81a44b170803]
1
structural_equation
4
arxiv.math.AG.2509.06352v1.eq_347
are designated as x = (x ' , y)
arxiv_extracted
["e", "a", "r", "s", "d"]
arxiv
arxiv
arxiv:math.AG:2509.06352v1
cross_domain_amplification
D
H_0
urn:hailstone:math:structural_equation[52869d044141]
1
structural_equation
4
arxiv.math.AG.2509.06352v1.eq_348
D(A) = \{v\in H_0^1(Ω); \tilde{c}\nabla v \in H^1(Ω)\}.
arxiv_extracted
["D", "i", "A", "H_0", "n", "v"]
arxiv
arxiv
arxiv:math.AG:2509.06352v1
cross_domain_amplification
t
c
urn:hailstone:math:structural_equation[ee2bcc9ccd98]
1
structural_equation
4
arxiv.math.AG.2509.06352v1.eq_349
\tilde{c}(x) = \tilde{c}(x ' , y) = c(y).
arxiv_extracted
["e", "t", "i", "c", "d", "l"]
arxiv
arxiv
arxiv:math.AG:2509.06352v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[ce19e1c6b541]
1
structural_equation
4
arxiv.math.AG.2509.04978v1.eq_350
\mathcal{G}=\mathrm{Spec}(A)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2509.04978v1
cross_domain_amplification
v
i_K
urn:hailstone:math:structural_equation[e0b67057e518]
1
structural_equation
4
arxiv.math.AG.2509.04978v1.eq_351
\varphi_K: G_0(A^D)\rightarrow G_0(A^D_K)=G_0(K[G])
arxiv_extracted
["a", "h", "p", "r", "i_K", "v"]
arxiv
arxiv
arxiv:math.AG:2509.04978v1
cross_domain_amplification
m
r
urn:hailstone:math:structural_equation[71855e06bfe8]
1
structural_equation
4
arxiv.math.AG.2509.01386v1.eq_352
\mathfrak{a}^x:=\mathfrak{a}^{G_x}\le \mathfrak{a}
arxiv_extracted
["f", "a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2509.01386v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[233c48b53783]
1
structural_equation
4
arxiv.math.AG.2508.21717v1.eq_353
\mathcal{H}=\mathrm{Hilb}^{l}(\mathbb{A}^3)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.21717v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[91680623bc1e]
1
structural_equation
4
arxiv.math.AG.2508.20838v2.eq_354
\mathcal{RH}_2[4]^{hyp} = \mathcal{RH}_2[4]
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.20838v2
cross_domain_amplification
V_{P_j}
q
urn:hailstone:math:structural_equation[5bddc3f48e07]
1
structural_equation
4
arxiv.math.AG.2508.20480v1.eq_355
\{V_{P_j}\}_{j=1}^{q}
arxiv_extracted
["V_{P_j}", "j", "q"]
arxiv
arxiv
arxiv:math.AG:2508.20480v1
cross_domain_amplification
q
e
urn:hailstone:math:structural_equation[5a593cdd731f]
1
structural_equation
4
arxiv.math.AG.2508.20480v1.eq_356
\|\,\,\, (q-M-1-λ)T_f(r) \leq \sum_{j=M+2}^q \tfrac{1}{d_j}N(r,1_{\mathbb{T}} \oslash P_j \circ f) + o(T_f(r)),
arxiv_extracted
["e", "q", "M", "r", "T_f", "l"]
arxiv
arxiv
arxiv:math.AG:2508.20480v1
cross_domain_amplification
A
I
urn:hailstone:math:structural_equation[45c34fef0e44]
1
structural_equation
4
arxiv.math.AG.2508.20199v2.eq_357
[A,B] = λI
arxiv_extracted
["I", "A", "B"]
arxiv
arxiv
arxiv:math.AG:2508.20199v2
cross_domain_amplification
A
I
urn:hailstone:math:structural_equation[93740ab1e0a6]
1
structural_equation
4
arxiv.math.AG.2508.20199v2.eq_358
[A,B]=λI
arxiv_extracted
["I", "A", "B"]
arxiv
arxiv
arxiv:math.AG:2508.20199v2
cross_domain_amplification
X
M_n
urn:hailstone:math:structural_equation[7ffbfb2b6d0f]
1
structural_equation
4
arxiv.math.AG.2508.20199v2.eq_359
X = \{ (A,B) \in M_n(k) \times M_n(k) \mid A,B \text{ nilpotent}, [A,B]=λI, λ\in k \}
arxiv_extracted
["B", "i", "X", "A", "M_n", "n"]
arxiv
arxiv
arxiv:math.AG:2508.20199v2
cross_domain_amplification
d
e
urn:hailstone:math:structural_equation[a28aa240f90c]
1
structural_equation
4
arxiv.math.AG.2508.18191v1.eq_360
denote the number of solutions to the generalized Markoff-Hurwitz-type equation \[(a_1X_1^m+\cdots + a_nX_n^m+a)^k=bX_1\cdots X_n \] over the finite field
arxiv_extracted
["e", "t", "o", "n", "d"]
arxiv
arxiv
arxiv:math.AG:2508.18191v1
cross_domain_amplification
W
S
urn:hailstone:math:structural_equation[db195777e5f4]
1
structural_equation
4
arxiv.math.AG.2508.18165v1.eq_361
W =\left\{ S \in \mathrm{Sym}^2 (\mathrm{Sym}^2\, V^*)\oplus \mathrm{Sym}^2 \left(Λ^2 V^*\right) : τS = S \right\} \subset \mathrm{Sym}^2(V^*\otimes V^*)
arxiv_extracted
["f", "e", "W", "t", "S", "l"]
arxiv
arxiv
arxiv:math.AG:2508.18165v1
cross_domain_amplification
m
f
urn:hailstone:math:structural_equation[0b89072ca184]
1
structural_equation
4
arxiv.math.AG.2508.17485v1.eq_362
\mathsf{CM} := (\mathbb{C},+,\cdot,0,1,CM)
arxiv_extracted
["f", "a", "t", "m", "h", "s"]
arxiv
arxiv
arxiv:math.AG:2508.17485v1
cross_domain_amplification
m
b
urn:hailstone:math:structural_equation[f1b509d15ca8]
1
structural_equation
4
arxiv.math.AG.2508.15065v2.eq_363
\mathbb{L} = [\mathbb{A}^1_{K}]
arxiv_extracted
["a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2508.15065v2
cross_domain_amplification
t
X
urn:hailstone:math:structural_equation[1110beff1cdc]
1
structural_equation
4
arxiv.math.AG.2508.14876v1.eq_364
π_1^{ét}(X) = 1
arxiv_extracted
["t", "X"]
arxiv
arxiv
arxiv:math.AG:2508.14876v1
cross_domain_amplification
p_g
K
urn:hailstone:math:structural_equation[cbd067ef5e77]
1
structural_equation
4
arxiv.math.AG.2508.13594v1.eq_365
p_g=q=0, K^2=9
arxiv_extracted
["K", "q", "p_g"]
arxiv
arxiv
arxiv:math.AG:2508.13594v1
cross_domain_amplification
p_g
q
urn:hailstone:math:structural_equation[b3520a0afeba]
1
structural_equation
4
arxiv.math.AG.2508.13594v1.eq_366
p_g=q=0
arxiv_extracted
["q", "p_g"]
arxiv
arxiv
arxiv:math.AG:2508.13594v1
cross_domain_amplification
E_p
p
urn:hailstone:math:structural_equation[4ae8aa15d282]
1
structural_equation
4
arxiv.math.AG.2508.12340v1.eq_367
E_p:y^2=x(x-2)(x-p)
arxiv_extracted
["E_p", "p", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2508.12340v1
cross_domain_amplification
q
c_1
urn:hailstone:math:structural_equation[22654d5b1d29]
1
structural_equation
4
arxiv.math.AG.2508.12339v1.eq_368
q=0,p_g=0,c_1^2=9
arxiv_extracted
["c_1", "q", "p_g"]
arxiv
arxiv
arxiv:math.AG:2508.12339v1
cross_domain_amplification
J
A
urn:hailstone:math:structural_equation[aed91bac2a3b]
1
structural_equation
4
arxiv.math.AG.2508.12113v1.eq_369
J_\cA = J_\cA^{top}
arxiv_extracted
["c", "A", "J"]
arxiv
arxiv
arxiv:math.AG:2508.12113v1
cross_domain_amplification
w
e
urn:hailstone:math:structural_equation[2519aa5bc711]
1
structural_equation
4
arxiv.math.AG.2508.11268v1.eq_370
with \begin{equation*}\lVert\varpi^{1/p^{n}}\rVert=\lVert\varpi\rVert^{1/p^{n}}\end{equation*}for all
arxiv_extracted
["e", "w", "t", "h", "i", "b"]
arxiv
arxiv
arxiv:math.AG:2508.11268v1
cross_domain_amplification
C
C
urn:hailstone:math:structural_equation[e738d79eb3f3]
1
structural_equation
4
arxiv.math.AG.2508.08753v5.eq_371
\Char(R)=\Char(k)
arxiv_extracted
["a", "h", "R", "r", "C"]
arxiv
arxiv
arxiv:math.AG:2508.08753v5
cross_domain_amplification
g
d
urn:hailstone:math:structural_equation[96e6aac1d0cd]
1
structural_equation
4
arxiv.math.AG.2508.07060v1.eq_372
g^{e}=g_1^{e_1} \cdots g_s^{e_s}
arxiv_extracted
["e", "g", "g_1", "d", "e_1}", "c"]
arxiv
arxiv
arxiv:math.AG:2508.07060v1
cross_domain_amplification
M
c
urn:hailstone:math:structural_equation[e78f3f7aa409]
1
structural_equation
4
arxiv.math.AG.2508.07060v1.eq_373
M_{\mathcal N}=T_{\mathcal N}=Pos(K)
arxiv_extracted
["a", "t", "M", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.07060v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[3c8d889d6546]
1
structural_equation
4
arxiv.math.AG.2508.06865v2.eq_374
\mathcal{N}=(0,1)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.06865v2
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[3c8d889d6546]
1
structural_equation
4
arxiv.math.AG.2508.06865v2.eq_375
\mathcal{N}=(0,1)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.06865v2
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[0b5611cec051]
1
structural_equation
4
arxiv.math.AG.2508.06865v2.eq_376
\mathcal{N}=(0,2)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.06865v2
cross_domain_amplification
W
r
urn:hailstone:math:structural_equation[1501738bf265]
1
structural_equation
4
arxiv.math.AG.2508.05329v1.eq_377
W_{\mathrm{rat}} (K) = Γ(\mathrm{spec}\, K , (\underline{\mathbb{Z}}\mathcal{O})^{\sharp})
arxiv_extracted
["a", "W", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2508.05329v1
cross_domain_amplification
u
X
urn:hailstone:math:structural_equation[5a07aefc8758]
1
structural_equation
4
arxiv.math.AG.2508.03892v1.eq_378
\uprho(X/Z)=1
arxiv_extracted
["h", "o", "X", "p", "u", "r"]
arxiv
arxiv
arxiv:math.AG:2508.03892v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[d3e208066318]
1
structural_equation
4
arxiv.math.AG.2508.02891v2.eq_379
\mathcal{N}=4
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2508.02891v2
cross_domain_amplification
m
b
urn:hailstone:math:structural_equation[bd16e640f6f8]
1
structural_equation
4
arxiv.math.AG.2508.01374v2.eq_380
\mathbb{E} := E^3/\langle E, E, E\rangle^Y
arxiv_extracted
["a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2508.01374v2
cross_domain_amplification
t
H
urn:hailstone:math:structural_equation[618cbdad14f1]
1
structural_equation
4
arxiv.math.AG.2507.20076v1.eq_381
\text{CH}_0(X)^{\text{deg}=0}\to Alb_X(k)
arxiv_extracted
["e", "t", "H", "C", "x"]
arxiv
arxiv
arxiv:math.AG:2507.20076v1
cross_domain_amplification
d
d
urn:hailstone:math:structural_equation[233db286c5fd]
1
structural_equation
4
arxiv.math.AG.2507.19163v2.eq_382
\dim V=2d
arxiv_extracted
["V", "d", "m", "i"]
arxiv
arxiv
arxiv:math.AG:2507.19163v2
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[84b29901129e]
1
structural_equation
4
arxiv.math.AG.2507.18613v1.eq_383
\mathrm{gcd}(r,d)=1
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2507.18613v1
cross_domain_amplification
a
c
urn:hailstone:math:structural_equation[2f3f52f04c17]
1
structural_equation
4
arxiv.math.AG.2507.17967v3.eq_384
a^2 + 28b^3 = 27 c^7
arxiv_extracted
["b", "c", "a"]
arxiv
arxiv
arxiv:math.AG:2507.17967v3
cross_domain_amplification
E
x
urn:hailstone:math:structural_equation[2dd8d78f31cc]
1
structural_equation
4
arxiv.math.AG.2507.16785v1.eq_385
E: y^2 = x^3 - x
arxiv_extracted
["E", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2507.16785v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[db58a239640e]
1
structural_equation
4
arxiv.math.AG.2507.16785v1.eq_386
\mathcal{X} = \mathbb{P}^1
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2507.16785v1
cross_domain_amplification
h_X
t
urn:hailstone:math:structural_equation[505e455f8aec]
1
structural_equation
4
arxiv.math.AG.2507.16547v1.eq_387
h_X(t):= h^0(\mathcal{I}_X(t))
arxiv_extracted
["a", "t", "m", "h", "h_X"]
arxiv
arxiv
arxiv:math.AG:2507.16547v1
cross_domain_amplification
r
i
urn:hailstone:math:structural_equation[110896ccf618]
1
structural_equation
4
arxiv.math.AG.2507.15785v2.eq_388
{\rm Split}_{\rm rad}(I_A)=3
arxiv_extracted
["m", "S", "i", "p", "r", "l"]
arxiv
arxiv
arxiv:math.AG:2507.15785v2
cross_domain_amplification
C_4
p
urn:hailstone:math:structural_equation[800093db393c]
1
structural_equation
4
arxiv.math.AG.2507.14950v2.eq_389
C_4(X,p)=C_3(X,p)
arxiv_extracted
["X", "p", "C_4", "C_3"]
arxiv
arxiv
arxiv:math.AG:2507.14950v2
cross_domain_amplification
m
r
urn:hailstone:math:structural_equation[df3401326abe]
1
structural_equation
4
arxiv.math.AG.2507.12954v1.eq_390
\mathfrak{T}(T)=Λ_{\mathbb R}/Λ
arxiv_extracted
["f", "a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2507.12954v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[6729771ae87e]
1
structural_equation
4
arxiv.math.AG.2507.12510v2.eq_391
\mathcal{N}=2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2507.12510v2
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[6729771ae87e]
1
structural_equation
4
arxiv.math.AG.2507.12510v2.eq_392
\mathcal{N}=2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2507.12510v2
cross_domain_amplification
u
n
urn:hailstone:math:structural_equation[baad34552025]
1
structural_equation
4
arxiv.math.AG.2507.11717v1.eq_393
u^W(M)=W_{-1}\underline{Hom}(M,M)
arxiv_extracted
["W", "n", "u", "M"]
arxiv
arxiv
arxiv:math.AG:2507.11717v1
cross_domain_amplification
f_1
s
urn:hailstone:math:structural_equation[17792f3062ce]
1
structural_equation
4
arxiv.math.AG.2507.11514v2.eq_394
f_1=\ldots=f_s = 0
arxiv_extracted
["t", "f_1", "o", "s", "d", "l"]
arxiv
arxiv
arxiv:math.AG:2507.11514v2
cross_domain_amplification
f
h
urn:hailstone:math:structural_equation[bc98159034aa]
1
structural_equation
4
arxiv.math.AG.2507.11304v1.eq_395
f : S = \mathbb{P} (\mathcal{O}_Y \oplus \mathcal{O}_Y (E)) \to Y
arxiv_extracted
["f", "a", "t", "m", "S", "h"]
arxiv
arxiv
arxiv:math.AG:2507.11304v1
cross_domain_amplification
v
i
urn:hailstone:math:structural_equation[be3e0d4a85c5]
1
structural_equation
4
arxiv.math.AG.2507.11304v1.eq_396
\varphi = f_{|_X} : X \to Y
arxiv_extracted
["a", "h", "i", "p", "r", "v"]
arxiv
arxiv
arxiv:math.AG:2507.11304v1
cross_domain_amplification
d
h
urn:hailstone:math:structural_equation[362260425d9b]
1
structural_equation
4
arxiv.math.AG.2507.11207v1.eq_397
d(n,k)={{n+2}\choose {2}}-{{n+2-k}\choose {2}}.
arxiv_extracted
["h", "c", "n", "d", "k"]
arxiv
arxiv
arxiv:math.AG:2507.11207v1
cross_domain_amplification
d
n
urn:hailstone:math:structural_equation[d770033ba8ec]
1
structural_equation
4
arxiv.math.AG.2507.11207v1.eq_398
d(n,1)=n+1
arxiv_extracted
["n", "d"]
arxiv
arxiv
arxiv:math.AG:2507.11207v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[1857f299659c]
1
structural_equation
4
arxiv.math.AG.2507.09392v2.eq_399
\mathrm{char} \ k = p
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2507.09392v2
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[6729771ae87e]
1
structural_equation
4
arxiv.math.AG.2507.07971v1.eq_400
\mathcal{N}=2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2507.07971v1
cross_domain_amplification
f
x
urn:hailstone:math:structural_equation[0a1d5716e302]
1
structural_equation
4
arxiv.math.AG.2507.06865v1.eq_401
f(x) = x^{2g+1} + c_1 x^{2g} + \dots + c_{2g+1} \in k[x]
arxiv_extracted
["f", "g", "c_1", "x"]
arxiv
arxiv
arxiv:math.AG:2507.06865v1
cross_domain_amplification
C
x
urn:hailstone:math:structural_equation[b01f99371ac1]
1
structural_equation
4
arxiv.math.AG.2507.06865v1.eq_402
C : y^2 = f(x)
arxiv_extracted
["f", "y", "C", "x"]
arxiv
arxiv
arxiv:math.AG:2507.06865v1
cross_domain_amplification
t
h
urn:hailstone:math:structural_equation[a8945bc741ca]
1
structural_equation
4
arxiv.math.AG.2507.06754v1.eq_403
\text{char}(\mathbb{F}_q) = 3,2
arxiv_extracted
["e", "t", "h", "c", "x"]
arxiv
arxiv
arxiv:math.AG:2507.06754v1
cross_domain_amplification
E
e
urn:hailstone:math:structural_equation[1cd95d8ecd02]
1
structural_equation
4
arxiv.math.AG.2507.05690v1.eq_404
χ(E\otimes F)= 0
arxiv_extracted
["e", "t", "m", "i", "o", "E"]
arxiv
arxiv
arxiv:math.AG:2507.05690v1
cross_domain_amplification
H
i
urn:hailstone:math:structural_equation[0586a4697eb0]
1
structural_equation
4
arxiv.math.AG.2507.05690v1.eq_405
H^0(X, E\otimes F) = 0 = H^1(X, E\otimes F)
arxiv_extracted
["t", "H", "o", "X", "i", "E"]
arxiv
arxiv
arxiv:math.AG:2507.05690v1
cross_domain_amplification
W
v
urn:hailstone:math:structural_equation[30a0d7717b07]
1
structural_equation
4
arxiv.math.AG.2507.05027v1.eq_406
. We prove that \begin{align} \lim_{n \to \infty} \frac{h_{Y}(f^{n}(x))}{h_{H}(f^{n}(x)) } = 0, \end{align} where
arxiv_extracted
["e", "W", "o", "p", "r", "v"]
arxiv
arxiv
arxiv:math.AG:2507.05027v1
cross_domain_amplification
l
i
urn:hailstone:math:structural_equation[fe1ad3a0d0de]
1
structural_equation
4
arxiv.math.AG.2507.05027v1.eq_407
\lim_{n \to \infty} \frac{h_{Y}(f^{n}(x))}{h_{H}(f^{n}(x)) } = 0,
arxiv_extracted
["m_{n", "t", "o", "i", "l"]
arxiv
arxiv
arxiv:math.AG:2507.05027v1
cross_domain_amplification
x
y
urn:hailstone:math:structural_equation[9c77d3b9c3d4]
1
structural_equation
4
arxiv.math.AG.2507.03128v1.eq_408
x^4 + y^4 + z^4 + t(x^2y^2 + x^2z^2 + y^2z^2)=0 \, \mbox{ where } t \in \bar{\mathbb{C}}
arxiv_extracted
["t", "z", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2507.03128v1
cross_domain_amplification
x
p
urn:hailstone:math:structural_equation[d68acad0bccf]
1
structural_equation
4
arxiv.math.AG.2507.03128v1.eq_409
x^{2p}+y^{2p}+z^{2p}+t(x^p y^p +x^p z^p +y^p z^p)=0\mbox{ where } t \in \bar{\mathbb{C}}.
arxiv_extracted
["p", "z", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2507.03128v1
cross_domain_amplification
X
X
urn:hailstone:math:structural_equation[26302ab99b91]
1
structural_equation
4
arxiv.math.AG.2507.01797v1.eq_410
χ(X, ω_X) = 0
arxiv_extracted
["X"]
arxiv
arxiv
arxiv:math.AG:2507.01797v1
cross_domain_amplification
p_g
K
urn:hailstone:math:structural_equation[7b388f52e117]
1
structural_equation
4
arxiv.math.AG.2507.01405v1.eq_411
p_g=0, K^2=7
arxiv_extracted
["K", "p_g"]
arxiv
arxiv
arxiv:math.AG:2507.01405v1
cross_domain_amplification
p_g
S
urn:hailstone:math:structural_equation[3f2d41272e3e]
1
structural_equation
4
arxiv.math.AG.2507.01405v1.eq_412
p_g(S)=0
arxiv_extracted
["S", "p_g"]
arxiv
arxiv
arxiv:math.AG:2507.01405v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[14979c8b9d71]
1
structural_equation
4
arxiv.math.AG.2506.21995v1.eq_413
\mathrm{Sb}(\mathcal{T}) := \mathrm{Stab}(\mathcal{T})/\sim
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2506.21995v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[38aa0000d847]
1
structural_equation
4
arxiv.math.AG.2506.21995v1.eq_414
\mathcal{T} = \mathrm{D}^b(X)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2506.21995v1
cross_domain_amplification
R
Y
urn:hailstone:math:structural_equation[74f09e8b4a8b]
1
structural_equation
4
arxiv.math.AG.2506.21381v1.eq_415
R^1π_*ω_Y=0
arxiv_extracted
["Y", "R"]
arxiv
arxiv
arxiv:math.AG:2506.21381v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[e2f9db74a74a]
1
structural_equation
4
arxiv.math.AG.2506.21381v1.eq_416
\mathrm{dim}(X)=3
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2506.21381v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[cb6d0fe6fb81]
1
structural_equation
4
arxiv.math.AG.2506.20565v2.eq_417
\mathcal{P}:=\{P_1,\ldots,P_s\} \subset \R[X_1,\ldots,X_n]
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2506.20565v2
cross_domain_amplification
E_{A
o
urn:hailstone:math:structural_equation[f3db712fafc9]
1
structural_equation
4
arxiv.math.AG.2506.18874v1.eq_418
E_{A,B} \colon y^2 = x^3 + Ax + B
arxiv_extracted
["B", "o", "E_{A", "c", "l"]
arxiv
arxiv
arxiv:math.AG:2506.18874v1
cross_domain_amplification
H_{α
x
urn:hailstone:math:structural_equation[b5865667b603]
1
structural_equation
4
arxiv.math.AG.2506.18874v1.eq_419
H_{α, β}(E_{A,B}) := \max\{ α|A|^3, βB^2 \}
arxiv_extracted
["H_{\u03b1", "a", "B", "m", "E_{A", "x"]
arxiv
arxiv
arxiv:math.AG:2506.18874v1
cross_domain_amplification
b_2
l
urn:hailstone:math:structural_equation[25fca6f6f2ad]
1
structural_equation
4
arxiv.math.AG.2506.18388v1.eq_420
b_2(X_{w,P})=b_{2\ell(w)-2}(X_{w,P})
arxiv_extracted
["e", "X_{w", "b_2", "b_{2", "P", "l"]
arxiv
arxiv
arxiv:math.AG:2506.18388v1
cross_domain_amplification