Index theory for linear self-adjoint operator equations and nontrivial solutions for asymptotically linear operator equations(II)

Details Index theory for linear self-adjoint operator equations and nontrivial solutions for asymptotically linear operator equations(II) Index theory for linear self-adjoint operator equations and nontrivial solutions for asymptotically linear operator equations(II)

2011-04-09

arxiv.org/abs/1104.1670v1

Mathematics

Classical Analysis and ODEs

Scientific paper

Reference [1] established an index theory for a class of linear selfadjoint operator equations covering both second order linear Hamiltonian systems and first order linear Hamiltonian systems as special cases. In this paper based upon this index theory we construct a new reduced functional to investigate multiple solutions for asymptotically linear operator equations by Morse theory. The functional is defined on an infinite dimensional Hilbert space, is twice differentiable and has a finite Morse index. Investigating critical points of this functional by Morse theory gives us a unified way to deal with nontrivial solutions of both asymptotically second order Hamiltonian systems and asymptotically first order Hamiltonian systems.

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