Variational methods

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What happens if I use the free parameters in variational methods in a non-linear manner?



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variational-analysis




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  • Do you have a specific function?
    – callculus
    Jul 25 at 12:34










  • I think one gets some sort of function that is a polynomial in the nonlinearity one has in mind. One then wants this to have a root at $s=0$. This seems like a really interesting idea indeed! Maybe new differential equations become accessible in this manner.
    – AlgebraicsAnonymous
    Jul 25 at 12:42














up vote
0
down vote

favorite












What happens if I use the free parameters in variational methods in a non-linear manner?



I have this question in front of me and I am not sure how to answer it.




variational-analysis




share|cite|improve this question



















  • Do you have a specific function?
    – callculus
    Jul 25 at 12:34










  • I think one gets some sort of function that is a polynomial in the nonlinearity one has in mind. One then wants this to have a root at $s=0$. This seems like a really interesting idea indeed! Maybe new differential equations become accessible in this manner.
    – AlgebraicsAnonymous
    Jul 25 at 12:42












up vote
0
down vote

favorite









up vote
0
down vote

favorite











What happens if I use the free parameters in variational methods in a non-linear manner?



I have this question in front of me and I am not sure how to answer it.




variational-analysis




share|cite|improve this question











What happens if I use the free parameters in variational methods in a non-linear manner?



I have this question in front of me and I am not sure how to answer it.





variational-analysis





share|cite|improve this question










share|cite|improve this question




share|cite|improve this question









asked Jul 25 at 12:33









hcl734

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  • Do you have a specific function?
    – callculus
    Jul 25 at 12:34










  • I think one gets some sort of function that is a polynomial in the nonlinearity one has in mind. One then wants this to have a root at $s=0$. This seems like a really interesting idea indeed! Maybe new differential equations become accessible in this manner.
    – AlgebraicsAnonymous
    Jul 25 at 12:42
















  • Do you have a specific function?
    – callculus
    Jul 25 at 12:34










  • I think one gets some sort of function that is a polynomial in the nonlinearity one has in mind. One then wants this to have a root at $s=0$. This seems like a really interesting idea indeed! Maybe new differential equations become accessible in this manner.
    – AlgebraicsAnonymous
    Jul 25 at 12:42















Do you have a specific function?
– callculus
Jul 25 at 12:34




Do you have a specific function?
– callculus
Jul 25 at 12:34












I think one gets some sort of function that is a polynomial in the nonlinearity one has in mind. One then wants this to have a root at $s=0$. This seems like a really interesting idea indeed! Maybe new differential equations become accessible in this manner.
– AlgebraicsAnonymous
Jul 25 at 12:42




I think one gets some sort of function that is a polynomial in the nonlinearity one has in mind. One then wants this to have a root at $s=0$. This seems like a really interesting idea indeed! Maybe new differential equations become accessible in this manner.
– AlgebraicsAnonymous
Jul 25 at 12:42















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