Hermite Polynomial Integral Limit
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I'm trying to find the following limit:
$$ undersetn to inftytextrmlim
fracsqrt[3]n2^n n! sqrtpi int_sqrt2n+1^inftytextrmH^2_n(x) e^-x^2dx $$
Where H is a hermite polynomial (the physicist kind).
I'm pretty sure the limit is
$$ frac13^2/3Gamma^2(1/3) $$
This is based on an asymptotic formula using Airy functions.
Any thoughts on how to find the limit?
If it is any help, the limit can also be represented as
$$ undersetnrightarrow inftytextrmlimfracsqrt[3]n2 cdot n!fracd^n dx^n left .fractextrmerfcleft ( sqrttfrac1-x1+x sqrt2n+1right )1-x right |_x=0 $$
integration analysis limits
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up vote
6
down vote
favorite
I'm trying to find the following limit:
$$ undersetn to inftytextrmlim
fracsqrt[3]n2^n n! sqrtpi int_sqrt2n+1^inftytextrmH^2_n(x) e^-x^2dx $$
Where H is a hermite polynomial (the physicist kind).
I'm pretty sure the limit is
$$ frac13^2/3Gamma^2(1/3) $$
This is based on an asymptotic formula using Airy functions.
Any thoughts on how to find the limit?
If it is any help, the limit can also be represented as
$$ undersetnrightarrow inftytextrmlimfracsqrt[3]n2 cdot n!fracd^n dx^n left .fractextrmerfcleft ( sqrttfrac1-x1+x sqrt2n+1right )1-x right |_x=0 $$
integration analysis limits
add a comment |Â
up vote
6
down vote
favorite
up vote
6
down vote
favorite
I'm trying to find the following limit:
$$ undersetn to inftytextrmlim
fracsqrt[3]n2^n n! sqrtpi int_sqrt2n+1^inftytextrmH^2_n(x) e^-x^2dx $$
Where H is a hermite polynomial (the physicist kind).
I'm pretty sure the limit is
$$ frac13^2/3Gamma^2(1/3) $$
This is based on an asymptotic formula using Airy functions.
Any thoughts on how to find the limit?
If it is any help, the limit can also be represented as
$$ undersetnrightarrow inftytextrmlimfracsqrt[3]n2 cdot n!fracd^n dx^n left .fractextrmerfcleft ( sqrttfrac1-x1+x sqrt2n+1right )1-x right |_x=0 $$
integration analysis limits
I'm trying to find the following limit:
$$ undersetn to inftytextrmlim
fracsqrt[3]n2^n n! sqrtpi int_sqrt2n+1^inftytextrmH^2_n(x) e^-x^2dx $$
Where H is a hermite polynomial (the physicist kind).
I'm pretty sure the limit is
$$ frac13^2/3Gamma^2(1/3) $$
This is based on an asymptotic formula using Airy functions.
Any thoughts on how to find the limit?
If it is any help, the limit can also be represented as
$$ undersetnrightarrow inftytextrmlimfracsqrt[3]n2 cdot n!fracd^n dx^n left .fractextrmerfcleft ( sqrttfrac1-x1+x sqrt2n+1right )1-x right |_x=0 $$
integration analysis limits
edited Jul 23 at 14:58
asked Jul 19 at 23:57
NMK
1065
1065
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