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996 values
p
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7
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2 values
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int64
0
14
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14
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equation_latex
stringlengths
5
217
equation_sympy
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617 values
equation_form
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472 values
variables
stringlengths
2
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119 values
scm_name
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165 values
source
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9
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8 values
c
h
urn:hailstone:math:structural_equation[0ca8e89c1f76]
1
structural_equation
4
arxiv.math.AG.2512.11072v3.eq_221
(c+d)-(a+b)=h
arxiv_extracted
["a", "d", "h", "b", "c"]
arxiv
arxiv
arxiv:math.AG:2512.11072v3
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[04cb1fc82fd0]
1
structural_equation
4
arxiv.math.AG.2512.11072v3.eq_222
\mathrm{rank}\,E_h(\mathbb{Q}(S))=1
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2512.11072v3
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[04800add399d]
1
structural_equation
4
arxiv.math.AG.2512.08494v2.eq_223
\mathrm{H}^{i}(X)=\mathrm{H}^{i}(X,\mathcal{O}_{X})
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2512.08494v2
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[9ee22752713a]
1
structural_equation
4
arxiv.math.AG.2512.08062v1.eq_224
\mathcal{N}= 4
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2512.08062v1
cross_domain_amplification
m
f
urn:hailstone:math:structural_equation[1027d39c2295]
1
structural_equation
4
arxiv.math.AG.2512.07572v1.eq_225
\mathbf{d} = (d_1, \ldots , d_s)
arxiv_extracted
["f", "a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2512.07572v1
cross_domain_amplification
v
v
urn:hailstone:math:structural_equation[a8b32e8cf9a7]
1
structural_equation
4
arxiv.math.AG.2512.06936v1.eq_226
\vert q\vert =1
arxiv_extracted
["e", "q", "t", "r", "v"]
arxiv
arxiv
arxiv:math.AG:2512.06936v1
cross_domain_amplification
f
x
urn:hailstone:math:structural_equation[8c1589102e38]
1
structural_equation
4
arxiv.math.AG.2512.06618v1.eq_227
\f(x) = 0
arxiv_extracted
["f", "x"]
arxiv
arxiv
arxiv:math.AG:2512.06618v1
cross_domain_amplification
D
c
urn:hailstone:math:structural_equation[c2a25c4182dd]
1
structural_equation
4
arxiv.math.AG.2512.05308v1.eq_228
D(S_+) = \Spec(S) \setminus V(S_+)
arxiv_extracted
["e", "D", "S", "p", "c"]
arxiv
arxiv
arxiv:math.AG:2512.05308v1
cross_domain_amplification
S
l
urn:hailstone:math:structural_equation[5f7b24e216f8]
1
structural_equation
4
arxiv.math.AG.2512.05308v1.eq_229
σ(S) = \overline{\Cone}(d \in D \mid S_d \neq 0)
arxiv_extracted
["e", "S", "o", "r", "l", "v"]
arxiv
arxiv
arxiv:math.AG:2512.05308v1
cross_domain_amplification
P
S
urn:hailstone:math:structural_equation[3c22540d8f79]
1
structural_equation
4
arxiv.math.AG.2512.05308v1.eq_230
\Proj^D(S) = X^{\mathrm{gss}}\sslash \Spec(S_0[D])
arxiv_extracted
["D", "j", "P", "o", "S", "r"]
arxiv
arxiv
arxiv:math.AG:2512.05308v1
cross_domain_amplification
d
l
urn:hailstone:math:structural_equation[cd046f6a6b50]
1
structural_equation
4
arxiv.math.AG.2512.05308v1.eq_231
d \in D = \Cl(X)
arxiv_extracted
["D", "i", "n", "d", "l", "C"]
arxiv
arxiv
arxiv:math.AG:2512.05308v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[5f587d7a90a5]
1
structural_equation
4
arxiv.math.AG.2512.04942v1.eq_232
\mathrm{ed}(f^s)=\mathrm{dim}(A)
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2512.04942v1
cross_domain_amplification
p
a
urn:hailstone:math:structural_equation[966e87d5f38b]
1
structural_equation
4
arxiv.math.AG.2512.04930v1.eq_233
\{\partial_i H=(\partial_i η_i\wedgeη_i)H\}_{i\in [1, N]}
arxiv_extracted
["a", "t", "i", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2512.04930v1
cross_domain_amplification
p
a
urn:hailstone:math:structural_equation[ed91431d8fee]
1
structural_equation
4
arxiv.math.AG.2512.04930v1.eq_234
\partial_i =\partial/\partial t_i
arxiv_extracted
["a", "t", "i", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2512.04930v1
cross_domain_amplification
F
h
urn:hailstone:math:structural_equation[457a92e1c0ac]
1
structural_equation
4
arxiv.math.AG.2512.04641v1.eq_235
F^+_v = \mathbb{Q}_{p^2}
arxiv_extracted
["a", "F", "t", "m", "h", "v"]
arxiv
arxiv
arxiv:math.AG:2512.04641v1
cross_domain_amplification
h
b
urn:hailstone:math:structural_equation[c3b888ec635e]
1
structural_equation
4
arxiv.math.AG.2512.03488v1.eq_236
h^0_{\rm Ar}(\bar E):=\log \vert E\cap B_1 \vert
arxiv_extracted
["m", "h", "A", "r", "b"]
arxiv
arxiv
arxiv:math.AG:2512.03488v1
cross_domain_amplification
h
l
urn:hailstone:math:structural_equation[687503960b67]
1
structural_equation
4
arxiv.math.AG.2512.03488v1.eq_237
h^0_θ(\bar{E}):=\log\sum_{v\in E}e^{-π\Vert v\Vert^2}
arxiv_extracted
["a", "h", "r", "b", "E", "l"]
arxiv
arxiv
arxiv:math.AG:2512.03488v1
cross_domain_amplification
C_{p
p
urn:hailstone:math:structural_equation[ac5dd133ccbf]
1
structural_equation
4
arxiv.math.AG.2512.03299v1.eq_238
C_{p^2}: y^2=x^{p^2}-1
arxiv_extracted
["p", "C_{p", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2512.03299v1
cross_domain_amplification
C
I
urn:hailstone:math:structural_equation[07b742991223]
1
structural_equation
4
arxiv.math.AG.2512.03213v1.eq_239
(C18,p=3,\{2I\})
arxiv_extracted
["p", "C", "I"]
arxiv
arxiv
arxiv:math.AG:2512.03213v1
cross_domain_amplification
C
I
urn:hailstone:math:structural_equation[07b742991223]
1
structural_equation
4
arxiv.math.AG.2512.03213v1.eq_240
(C18,p=3,\{2I\})
arxiv_extracted
["p", "C", "I"]
arxiv
arxiv
arxiv:math.AG:2512.03213v1
cross_domain_amplification
C
t
urn:hailstone:math:structural_equation[1f1a27f399a2]
1
structural_equation
4
arxiv.math.AG.2512.03213v1.eq_241
(C18,p=3,\emptyset,d_3 D_3)
arxiv_extracted
["e", "t", "m", "p", "C"]
arxiv
arxiv
arxiv:math.AG:2512.03213v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[454688eaf71e]
1
structural_equation
4
arxiv.math.AG.2512.03141v1.eq_242
\mathcal{V}(x) = \|P(x)\|^2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2512.03141v1
cross_domain_amplification
g
q
urn:hailstone:math:structural_equation[8afdb3c34e08]
1
structural_equation
4
arxiv.math.AG.2512.11825v1.eq_243
\gcd(a_i, a_j, q-1)=1
arxiv_extracted
["a_i", "g", "q", "c", "a_j", "d"]
arxiv
arxiv
arxiv:math.AG:2512.11825v1
cross_domain_amplification
r
r
urn:hailstone:math:structural_equation[47f30bcfb714]
1
structural_equation
4
arxiv.math.AG.2512.01254v1.eq_244
{\rm char} (k) = p>0
arxiv_extracted
["a", "m", "h", "r", "c"]
arxiv
arxiv
arxiv:math.AG:2512.01254v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[0ca57c890405]
1
structural_equation
4
arxiv.math.AG.2512.00201v2.eq_245
\mathrm{M}_d = \mathrm{Rat}_d/\mathrm{SL}_2
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2512.00201v2
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[df07afe5dfba]
1
structural_equation
4
arxiv.math.AG.2511.23035v1.eq_246
m=1, m=2
arxiv_extracted
["m"]
arxiv
arxiv
arxiv:math.AG:2511.23035v1
cross_domain_amplification
u_1
u_2
urn:hailstone:math:structural_equation[16cd82324286]
1
structural_equation
4
arxiv.math.AG.2511.21457v1.eq_247
u_1^*=u_2^*
arxiv_extracted
["u_1", "u_2"]
arxiv
arxiv
arxiv:math.AG:2511.21457v1
cross_domain_amplification
o
i
urn:hailstone:math:structural_equation[2191631511cb]
1
structural_equation
4
arxiv.math.AG.2511.21457v1.eq_248
\overline{x_1}=\overline{x_2}
arxiv_extracted
["e", "o", "i", "r", "l", "v"]
arxiv
arxiv
arxiv:math.AG:2511.21457v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[e48a7c37a6be]
1
structural_equation
4
arxiv.math.AG.2511.21457v1.eq_249
\mathrm{cl}(x_1\cap Z)=\mathrm{cl}(x_2\cap Z)
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2511.21457v1
cross_domain_amplification
E
C
urn:hailstone:math:structural_equation[96a8ac8ff06e]
1
structural_equation
4
arxiv.math.AG.2511.21353v2.eq_250
\End (L/K)=\CD (L/K)\rtimes G(L/K)
arxiv_extracted
["d", "E", "L", "n", "K", "C"]
arxiv
arxiv
arxiv:math.AG:2511.21353v2
cross_domain_amplification
s
s
urn:hailstone:math:structural_equation[bb5427285266]
1
structural_equation
4
arxiv.math.AG.2511.20316v1.eq_251
\sqrt{2γ(F_n)} = \sqrt{2(n-1)}
arxiv_extracted
["q", "t", "F_n", "r", "s"]
arxiv
arxiv
arxiv:math.AG:2511.20316v1
cross_domain_amplification
f
b
urn:hailstone:math:structural_equation[2cdeb4cf7587]
1
structural_equation
4
arxiv.math.AG.2511.18545v3.eq_252
f^{-1}(\mathbb{R} \mathbb{P}^1) = \mathbb{R} X
arxiv_extracted
["f", "a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2511.18545v3
cross_domain_amplification
d
d
urn:hailstone:math:structural_equation[5c2f0b413f2c]
1
structural_equation
4
arxiv.math.AG.2511.18545v3.eq_253
d(f) = (d_1(f), \ldots, d_r(f)) \in \mathbb{N}^{r}
arxiv_extracted
["f", "d", "l", "d_1"]
arxiv
arxiv
arxiv:math.AG:2511.18545v3
cross_domain_amplification
x
n
urn:hailstone:math:structural_equation[683ee66a83c9]
1
structural_equation
4
arxiv.math.AG.2511.17456v2.eq_254
x^4 + y^4 - w^2 = n
arxiv_extracted
["n", "w", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2511.17456v2
cross_domain_amplification
t
l
urn:hailstone:math:structural_equation[45ef8ff0d54f]
1
structural_equation
4
arxiv.math.AG.2511.17365v2.eq_255
\text{alb}_S:\text{CH}_0(S)^{\text{deg}=0}\rightarrow \text{Alb}_S(k)
arxiv_extracted
["e", "a", "t", "l", "x"]
arxiv
arxiv
arxiv:math.AG:2511.17365v2
cross_domain_amplification
o
i
urn:hailstone:math:structural_equation[e9fac73a979f]
1
structural_equation
4
arxiv.math.AG.2511.16562v5.eq_256
\overline{M}_{1,1}=\mathbb P(4,6)
arxiv_extracted
["e", "o", "i", "r", "l", "v"]
arxiv
arxiv
arxiv:math.AG:2511.16562v5
cross_domain_amplification
o
i
urn:hailstone:math:structural_equation[9841f49b80ea]
1
structural_equation
4
arxiv.math.AG.2511.16562v5.eq_257
\overline{F}^{\rm BB}_{U\oplus E_8} = \mathbb P(4,10,\dotsc, 42)
arxiv_extracted
["e", "o", "i", "r", "l", "v"]
arxiv
arxiv
arxiv:math.AG:2511.16562v5
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[8f4323addb9e]
1
structural_equation
4
arxiv.math.AG.2511.15953v3.eq_258
\mathcal{N} = 2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2511.15953v3
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[8f4323addb9e]
1
structural_equation
4
arxiv.math.AG.2511.15953v3.eq_259
\mathcal{N} = 2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2511.15953v3
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[1d39629b9cca]
1
structural_equation
4
arxiv.math.AG.2511.09887v1.eq_260
\mathcal E = \mathcal L \oplus \mathcal V
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2511.09887v1
cross_domain_amplification
o
t
urn:hailstone:math:structural_equation[81e24650541d]
1
structural_equation
4
arxiv.math.AG.2511.09887v1.eq_261
\operatorname{rank} \mathcal L = 1
arxiv_extracted
["e", "a", "t", "o", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2511.09887v1
cross_domain_amplification
o
t
urn:hailstone:math:structural_equation[89b15a474cdc]
1
structural_equation
4
arxiv.math.AG.2511.09887v1.eq_262
\operatorname{rank} \mathcal V = n
arxiv_extracted
["e", "a", "t", "o", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2511.09887v1
cross_domain_amplification
M
s_{i
urn:hailstone:math:structural_equation[b6ffbcb69674]
1
structural_equation
4
arxiv.math.AG.2511.09176v1.eq_263
M=\oplus_{i=1}^rM_i
arxiv_extracted
["M", "s_{i", "o", "u", "p", "l"]
arxiv
arxiv
arxiv:math.AG:2511.09176v1
cross_domain_amplification
r
e
urn:hailstone:math:structural_equation[a3b1e4a2b52b]
1
structural_equation
4
arxiv.math.AG.2511.09176v1.eq_264
{\rm aSpec} A = {\rm Spec} A
arxiv_extracted
["e", "a", "m", "S", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2511.09176v1
cross_domain_amplification
P
K_2
urn:hailstone:math:structural_equation[7cc1c6e72bff]
1
structural_equation
4
arxiv.math.AG.2511.08506v1.eq_265
P^{-1}(K_1) = Q^{-1}(K_2),
arxiv_extracted
["K_2", "Q", "P", "K_1"]
arxiv
arxiv
arxiv:math.AG:2511.08506v1
cross_domain_amplification
w
J
urn:hailstone:math:structural_equation[5c202a322f65]
1
structural_equation
4
arxiv.math.AG.2511.08422v1.eq_266
whose Jacobians admit complex multiplication (CM). Each curve in these families is defined by \[ v^2 = (u+2)\,\varphi_d(u), \quad d = 2^e \text{ or } d=p \geq 3 \text{ prime}, \] where
arxiv_extracted
["e", "w", "h", "o", "J", "s"]
arxiv
arxiv
arxiv:math.AG:2511.08422v1
cross_domain_amplification
p
o
urn:hailstone:math:structural_equation[46d5022ceaef]
1
structural_equation
4
arxiv.math.AG.2511.07900v1.eq_267
\pts_B(A)=\{\mor_{\cat{Rings}}(A,\enm_{\mathbb Z}(M))\}.
arxiv_extracted
["t", "m", "o", "p", "s_B", "A"]
arxiv
arxiv
arxiv:math.AG:2511.07900v1
cross_domain_amplification
R
x
urn:hailstone:math:structural_equation[69548f8a9923]
1
structural_equation
4
arxiv.math.AG.2511.04906v1.eq_268
R^{i}φ_{*}ω_{W}=0 \ \text{ and }R^{i}π_{*}ω_{X} = 0
arxiv_extracted
["e", "W", "t", "i", "R", "x"]
arxiv
arxiv
arxiv:math.AG:2511.04906v1
cross_domain_amplification
o
t
urn:hailstone:math:structural_equation[0b095b411aeb]
1
structural_equation
4
arxiv.math.AG.2511.03885v1.eq_269
\operatorname{in}_{M_S} (\mathcal{I}_{3,n}) = \operatorname{in}_{C_S} (\mathcal{I}_{3,n})
arxiv_extracted
["e", "a", "t", "o", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2511.03885v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[6729771ae87e]
1
structural_equation
4
arxiv.math.AG.2510.27199v1.eq_270
\mathcal{N}=2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.27199v1
cross_domain_amplification
R
r
urn:hailstone:math:structural_equation[a4d702523975]
1
structural_equation
4
arxiv.math.AG.2510.26770v1.eq_271
R_{\mathrm{bdd}}= R_Δ\cup R_{\Diamond}
arxiv_extracted
["a", "t", "m", "h", "R", "r"]
arxiv
arxiv
arxiv:math.AG:2510.26770v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[4c86b7c52282]
1
structural_equation
4
arxiv.math.AG.2510.25708v1.eq_272
\mathcal{N}=(2,2)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.25708v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[4c86b7c52282]
1
structural_equation
4
arxiv.math.AG.2510.25708v1.eq_273
\mathcal{N}=(2,2)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.25708v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[4c86b7c52282]
1
structural_equation
4
arxiv.math.AG.2510.25708v1.eq_274
\mathcal{N}=(2,2)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.25708v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[6729771ae87e]
1
structural_equation
4
arxiv.math.AG.2510.25708v1.eq_275
\mathcal{N}=2
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.25708v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[4c86b7c52282]
1
structural_equation
4
arxiv.math.AG.2510.25708v1.eq_276
\mathcal{N}=(2,2)
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.25708v1
cross_domain_amplification
d
i
urn:hailstone:math:structural_equation[8513916f93bf]
1
structural_equation
4
arxiv.math.AG.2510.25245v2.eq_277
\dim(U) = \dim(V)
arxiv_extracted
["U", "d", "m", "i"]
arxiv
arxiv
arxiv:math.AG:2510.25245v2
cross_domain_amplification
v
e
urn:hailstone:math:structural_equation[d86de23a61ec]
1
structural_equation
4
arxiv.math.AG.2510.24977v1.eq_278
\varpi = e^{2πi / r}
arxiv_extracted
["e", "a", "i", "p", "r", "v"]
arxiv
arxiv
arxiv:math.AG:2510.24977v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[fede9fa9417a]
1
structural_equation
4
arxiv.math.AG.2510.24977v1.eq_279
\mathcal{X}_{s,n,r} = \mathrm{Spec}\bigl((\mathbb{C}[z_1,\dots,z_n])^G\bigr).
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.24977v1
cross_domain_amplification
h_{1
h_{2
urn:hailstone:math:structural_equation[1604d852cdb3]
1
structural_equation
4
arxiv.math.AG.2510.24603v1.eq_280
h_{1,2} = h_{1,3} = h_{1,4} = h_{2,3} = 0
arxiv_extracted
["h_{2", "h_{1"]
arxiv
arxiv
arxiv:math.AG:2510.24603v1
cross_domain_amplification
b
r
urn:hailstone:math:structural_equation[b3f987bdd452]
1
structural_equation
4
arxiv.math.AG.2510.22678v3.eq_281
be a perfectoid field. We describe all quotient fields of the perfectoid Tate algebra\begin{equation*}T_{n,K}^{\text{perfd}}=K\langle X_{1}^{1/p^{\infty}},\dots, X_{n}^{1/p^{\infty}}\rangle\end{equation*}in any number
arxiv_extracted
["e", "a", "p", "r", "b"]
arxiv
arxiv
arxiv:math.AG:2510.22678v3
cross_domain_amplification
m
b
urn:hailstone:math:structural_equation[464e52d64622]
1
structural_equation
4
arxiv.math.AG.2510.22408v2.eq_282
\mathbb{A}_I(X,\mathcal{F})\cap\mathbb{A}_J(X,\mathcal{F})=\mathbb{A}_{I\setminus0}(X,\mathcal{F})
arxiv_extracted
["a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2510.22408v2
cross_domain_amplification
I
I
urn:hailstone:math:structural_equation[e77e66939103]
1
structural_equation
4
arxiv.math.AG.2510.22408v2.eq_283
I\cap J=I\setminus0
arxiv_extracted
["a", "p", "J", "c", "I"]
arxiv
arxiv
arxiv:math.AG:2510.22408v2
cross_domain_amplification
m
f
urn:hailstone:math:structural_equation[02b95d9dbe60]
1
structural_equation
4
arxiv.math.AG.2510.20648v2.eq_284
\mathbf{G}=1-1/3^2+1/5^2-1/7^2+\cdots
arxiv_extracted
["f", "a", "t", "m", "h", "b"]
arxiv
arxiv
arxiv:math.AG:2510.20648v2
cross_domain_amplification
P_2
X
urn:hailstone:math:structural_equation[6bfd365716f1]
1
structural_equation
4
arxiv.math.AG.2510.19706v1.eq_285
P_2(X) = 1
arxiv_extracted
["X", "P_2"]
arxiv
arxiv
arxiv:math.AG:2510.19706v1
cross_domain_amplification
o
t
urn:hailstone:math:structural_equation[2722d569a4bb]
1
structural_equation
4
arxiv.math.AG.2510.19553v1.eq_286
0 < \operatorname{rank} A(K) = \operatorname{rank} A(L)
arxiv_extracted
["e", "a", "t", "o", "p", "r"]
arxiv
arxiv
arxiv:math.AG:2510.19553v1
cross_domain_amplification
g
f
urn:hailstone:math:structural_equation[637c0c0ae768]
1
structural_equation
4
arxiv.math.AG.2510.18506v1.eq_287
\gcd \left( d, q \right) = 1
arxiv_extracted
["e", "f", "g", "c", "d", "l"]
arxiv
arxiv
arxiv:math.AG:2510.18506v1
cross_domain_amplification
p_g
X
urn:hailstone:math:structural_equation[4f98044c8e7a]
1
structural_equation
4
arxiv.math.AG.2510.17678v1.eq_288
p_g(X)=1
arxiv_extracted
["X", "p_g"]
arxiv
arxiv
arxiv:math.AG:2510.17678v1
cross_domain_amplification
K_X
c
urn:hailstone:math:structural_equation[207b3430fe00]
1
structural_equation
4
arxiv.math.AG.2510.17678v1.eq_289
K_X^2=\frac1{143}
arxiv_extracted
["f", "K_X", "a", "r", "c"]
arxiv
arxiv
arxiv:math.AG:2510.17678v1
cross_domain_amplification
p_g
X
urn:hailstone:math:structural_equation[4f98044c8e7a]
1
structural_equation
4
arxiv.math.AG.2510.17678v1.eq_290
p_g(X)=1
arxiv_extracted
["X", "p_g"]
arxiv
arxiv
arxiv:math.AG:2510.17678v1
cross_domain_amplification
K_X
c
urn:hailstone:math:structural_equation[6571d82c231b]
1
structural_equation
4
arxiv.math.AG.2510.17678v1.eq_291
(K_X+B)^2=v(c)
arxiv_extracted
["K_X", "c", "v", "B"]
arxiv
arxiv
arxiv:math.AG:2510.17678v1
cross_domain_amplification
c
K_0
urn:hailstone:math:structural_equation[df4671852122]
1
structural_equation
4
arxiv.math.AG.2510.16912v2.eq_292
char(K_0)=0
arxiv_extracted
["a", "h", "K_0", "r", "c"]
arxiv
arxiv
arxiv:math.AG:2510.16912v2
cross_domain_amplification
c
K_0
urn:hailstone:math:structural_equation[df4671852122]
1
structural_equation
4
arxiv.math.AG.2510.16912v2.eq_293
char(K_0)=0
arxiv_extracted
["a", "h", "K_0", "r", "c"]
arxiv
arxiv
arxiv:math.AG:2510.16912v2
cross_domain_amplification
c
K_0
urn:hailstone:math:structural_equation[df4671852122]
1
structural_equation
4
arxiv.math.AG.2510.16912v2.eq_294
char(K_0)=0
arxiv_extracted
["a", "h", "K_0", "r", "c"]
arxiv
arxiv
arxiv:math.AG:2510.16912v2
cross_domain_amplification
w
m
urn:hailstone:math:structural_equation[ccb381a5c22c]
1
structural_equation
4
arxiv.math.AG.2510.16773v1.eq_295
°(w_\pm)=(0,1,0),(0,0,1)
arxiv_extracted
["m", "p", "w"]
arxiv
arxiv
arxiv:math.AG:2510.16773v1
cross_domain_amplification
R
w
urn:hailstone:math:structural_equation[c60c599f489b]
1
structural_equation
4
arxiv.math.AG.2510.16417v2.eq_296
R(l^3,m^3,n^3)=(l\wedge m\wedge n)^3
arxiv_extracted
["w", "m", "R", "n", "l"]
arxiv
arxiv
arxiv:math.AG:2510.16417v2
cross_domain_amplification
d
A
urn:hailstone:math:structural_equation[42ee75e972db]
1
structural_equation
4
arxiv.math.AG.2510.15126v2.eq_297
\dim A = 2
arxiv_extracted
["A", "d", "m", "i"]
arxiv
arxiv
arxiv:math.AG:2510.15126v2
cross_domain_amplification
X
D
urn:hailstone:math:structural_equation[48f9b5ad048b]
1
structural_equation
4
arxiv.math.AG.2510.15085v2.eq_298
(X',D') = (X,D)
arxiv_extracted
["X", "D"]
arxiv
arxiv
arxiv:math.AG:2510.15085v2
cross_domain_amplification
v
i
urn:hailstone:math:structural_equation[8694831c90b2]
1
structural_equation
4
arxiv.math.AG.2510.14754v2.eq_299
\varphi G_{1} \varphi^{-1}=G_{2}
arxiv_extracted
["a", "h", "i", "p", "r", "v"]
arxiv
arxiv
arxiv:math.AG:2510.14754v2
cross_domain_amplification
v
f
urn:hailstone:math:structural_equation[9e798dee7d51]
1
structural_equation
4
arxiv.math.AG.2510.14434v1.eq_300
v(Δ(f))=1
arxiv_extracted
["f", "v"]
arxiv
arxiv
arxiv:math.AG:2510.14434v1
cross_domain_amplification
f_{d
c
urn:hailstone:math:structural_equation[232ae5465d07]
1
structural_equation
4
arxiv.math.AG.2510.14397v1.eq_301
f_{d,c}(x)=x^d+c
arxiv_extracted
["f_{d", "c", "d", "x"]
arxiv
arxiv
arxiv:math.AG:2510.14397v1
cross_domain_amplification
w
i
urn:hailstone:math:structural_equation[426ae09dda0c]
1
structural_equation
4
arxiv.math.AG.2510.14352v1.eq_302
\widetilde α(X)=\frac{n+1}{d}
arxiv_extracted
["e", "w", "t", "i", "d"]
arxiv
arxiv
arxiv:math.AG:2510.14352v1
cross_domain_amplification
n
d
urn:hailstone:math:structural_equation[83225ce5d1a9]
1
structural_equation
4
arxiv.math.AG.2510.14352v1.eq_303
(n,d)=(2,4),(2,6),(3,3),(4,3),(5,3)
arxiv_extracted
["n", "d"]
arxiv
arxiv
arxiv:math.AG:2510.14352v1
cross_domain_amplification
w
i
urn:hailstone:math:structural_equation[426ae09dda0c]
1
structural_equation
4
arxiv.math.AG.2510.14352v1.eq_304
\widetilde α(X)=\frac{n+1}{d}
arxiv_extracted
["e", "w", "t", "i", "d"]
arxiv
arxiv
arxiv:math.AG:2510.14352v1
cross_domain_amplification
f
d
urn:hailstone:math:structural_equation[cff360fefd30]
1
structural_equation
4
arxiv.math.AG.2510.14352v1.eq_305
\frac{n+1}{d}=m+1\in \mathbb Z
arxiv_extracted
["f", "a", "d", "r", "n", "c"]
arxiv
arxiv
arxiv:math.AG:2510.14352v1
cross_domain_amplification
x
n
urn:hailstone:math:structural_equation[236d80d577d5]
1
structural_equation
4
arxiv.math.AG.2510.14010v2.eq_306
x^n+y^n=z^n
arxiv_extracted
["n", "z", "y", "x"]
arxiv
arxiv
arxiv:math.AG:2510.14010v2
cross_domain_amplification
p_{n
y
urn:hailstone:math:structural_equation[beb87681e412]
1
structural_equation
4
arxiv.math.AG.2510.14010v2.eq_307
p_{n-1}(z^n; x^n, y^n)=0
arxiv_extracted
["z", "p_{n", "y", "n", "x"]
arxiv
arxiv
arxiv:math.AG:2510.14010v2
cross_domain_amplification
k
p
urn:hailstone:math:structural_equation[d1c9c33a1daa]
1
structural_equation
4
arxiv.math.AG.2510.12973v1.eq_308
[k : k^p] = p
arxiv_extracted
["p", "k"]
arxiv
arxiv
arxiv:math.AG:2510.12973v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[0d50395a56b4]
1
structural_equation
4
arxiv.math.AG.2510.12118v1.eq_309
\mathcal{N} = 4
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.12118v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[78e8a45659fa]
1
structural_equation
4
arxiv.math.AG.2510.11464v4.eq_310
\mathcal{Q}_m(n)=\mathbb{F}_q[x_1,\dots,x_n]/(x_1^{q^m},\dots,x_n^{q^m}),
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.11464v4
cross_domain_amplification
w
e
urn:hailstone:math:structural_equation[1ec9b7d929bc]
1
structural_equation
4
arxiv.math.AG.2510.10430v1.eq_311
, we have \[ χ_G(X, \mathcal{E}):=\sum_{i=0}^{\dim X}(-1)^i[H^i(X, \mathcal{E})]=\frac{1}{|G|}χ(X,\mathcal{E})[\mathbb{C}[G]] + \sum_ZΓ(\mathcal{E})_Z \] where
arxiv_extracted
["e", "w", "a", "h", "v"]
arxiv
arxiv
arxiv:math.AG:2510.10430v1
cross_domain_amplification
c_1
c_2
urn:hailstone:math:structural_equation[a4885760b67c]
1
structural_equation
4
arxiv.math.AG.2510.09588v1.eq_312
c_1^2 = 3c_2 - 72
arxiv_extracted
["c_2", "c_1"]
arxiv
arxiv
arxiv:math.AG:2510.09588v1
cross_domain_amplification
w
i
urn:hailstone:math:structural_equation[6b3bfdfdf84f]
1
structural_equation
4
arxiv.math.AG.2510.09588v1.eq_313
π_1(\widetilde{X}_n)=1
arxiv_extracted
["e", "w", "t", "i", "d"]
arxiv
arxiv
arxiv:math.AG:2510.09588v1
cross_domain_amplification
e
p
urn:hailstone:math:structural_equation[9ac85043c355]
1
structural_equation
4
arxiv.math.AG.2510.09582v2.eq_314
\ell = p
arxiv_extracted
["e", "p", "l"]
arxiv
arxiv
arxiv:math.AG:2510.09582v2
cross_domain_amplification
m
r
urn:hailstone:math:structural_equation[ccec6af3d5ec]
1
structural_equation
4
arxiv.math.AG.2510.08089v1.eq_315
\mathfrak{e}(D)=0
arxiv_extracted
["f", "a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2510.08089v1
cross_domain_amplification
m
m
urn:hailstone:math:structural_equation[1fe2226bb22a]
1
structural_equation
4
arxiv.math.AG.2510.07416v2.eq_316
\mathrm{Cer}(C,e):=[C]^{e} - [-1]_* [C]^e
arxiv_extracted
["a", "t", "m", "h", "r"]
arxiv
arxiv
arxiv:math.AG:2510.07416v2
cross_domain_amplification
A_{c
z
urn:hailstone:math:structural_equation[9255524c4029]
1
structural_equation
4
arxiv.math.AG.2510.07059v2.eq_317
A_{c,q}=k[x,y,z]/\big(c(x)z-q(x,y)\big),
arxiv_extracted
["A_{c", "q", "z", "y", "k", "x"]
arxiv
arxiv
arxiv:math.AG:2510.07059v2
cross_domain_amplification
I
b
urn:hailstone:math:structural_equation[3855806960d8]
1
structural_equation
4
arxiv.math.AG.2510.05628v1.eq_318
I_\mathbb{X} = J+K
arxiv_extracted
["a", "t", "m", "h", "b", "I"]
arxiv
arxiv
arxiv:math.AG:2510.05628v1
cross_domain_amplification
I
b
urn:hailstone:math:structural_equation[38a868364427]
1
structural_equation
4
arxiv.math.AG.2510.05628v1.eq_319
I_\mathbb{W} = J + K
arxiv_extracted
["a", "t", "m", "h", "b", "I"]
arxiv
arxiv
arxiv:math.AG:2510.05628v1
cross_domain_amplification
m
a
urn:hailstone:math:structural_equation[b478aec29a35]
1
structural_equation
4
arxiv.math.AG.2510.04782v2.eq_320
\mathcal H = \lim_{m\in\mathbb N}\mathbb Z[q]_{(q^m-1)}^\wedge
arxiv_extracted
["a", "t", "m", "h", "c"]
arxiv
arxiv
arxiv:math.AG:2510.04782v2
cross_domain_amplification