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Local integrability of Mizohata structures
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In this work we study the local integrability of strongly pseudoconvex Mizohata structures of rank
n
>
2
n > 2
(and co-rank
1
1
). These structures are locally generated in an appropriate coordinate system
(
t
1
,
…
,
t
n
,
x
)
({t_1}, \ldots ,{t_n},x)
by flat perturbations of Mizohata vector fields
M
j
=
∂
∂
t
j
−
i
t
j
∂
∂
x
{M_j} = \frac {\partial } {{\partial {t_j}}} - i{t_j}\frac {\partial } {{\partial x}}
,
j
=
1
,
…
,
n
j = 1, \ldots ,n
. For this, we first prove the global integrability of small perturbations of the structure generated by
∂
∂
z
¯
+
σ
1
∂
∂
z
\frac {\partial } {{\partial \bar z}} + {\sigma _1}\frac {\partial } {{\partial z}}
,
∂
∂
θ
n
−
1
+
σ
j
∂
∂
z
\frac {\partial } {{\partial {\theta _{n - 1}}}} + {\sigma _j}\frac {\partial } {{\partial z}}
,
j
=
2
,
…
,
n
j = 2, \ldots ,n
, defined over a manifold
C
×
S
{\mathbf {C}} \times S
, where
S
S
is simply connected.
American Mathematical Society (AMS)
Title: Local integrability of Mizohata structures
Description:
In this work we study the local integrability of strongly pseudoconvex Mizohata structures of rank
n
>
2
n > 2
(and co-rank
1
1
).
These structures are locally generated in an appropriate coordinate system
(
t
1
,
…
,
t
n
,
x
)
({t_1}, \ldots ,{t_n},x)
by flat perturbations of Mizohata vector fields
M
j
=
∂
∂
t
j
−
i
t
j
∂
∂
x
{M_j} = \frac {\partial } {{\partial {t_j}}} - i{t_j}\frac {\partial } {{\partial x}}
,
j
=
1
,
…
,
n
j = 1, \ldots ,n
.
For this, we first prove the global integrability of small perturbations of the structure generated by
∂
∂
z
¯
+
σ
1
∂
∂
z
\frac {\partial } {{\partial \bar z}} + {\sigma _1}\frac {\partial } {{\partial z}}
,
∂
∂
θ
n
−
1
+
σ
j
∂
∂
z
\frac {\partial } {{\partial {\theta _{n - 1}}}} + {\sigma _j}\frac {\partial } {{\partial z}}
,
j
=
2
,
…
,
n
j = 2, \ldots ,n
, defined over a manifold
C
×
S
{\mathbf {C}} \times S
, where
S
S
is simply connected.
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