A generalization of Ekeland's variational principle with applications.
A generalization of the Phragmén-Lindelöf principle for elliptic differential equations.
A generalization of the radiation condition of Sommerfeld for -body Schrödinger operators
A generalization of the saddle point method with applications
We show that one can drop an important hypothesis of the saddle point theorem without affecting the result. We then show how this leads to stronger results in applications.
A Generalization of the Schwarz Alternating Method to an Arbitrary Number of Subdomains.
A generalization related to Schrödinger operatorswith a singular potential.
A geometric analysis of a singular ODE related to the study of a quasilinear PDE.
A geometric and analytic approach to some problems associated with Emden equations
A geometric approach for convexity in some variational problem in the Gauss space
A Geometric Construction of the Discrete Series for Semisimple Lie Groups.
A geometrical interpretation of the time evolution of the Schrödinger equation for discrete quantum systems
A Global a posteriori Error Estimate for Quasilinear Elliptic Problems.
A global approach to ground state solutions.
A global bifurcation result of a Neumann problem with indefinite weight.
A Global Compactness Result for Elliptic Boundary Value Problems Involving Limiting Nonlinearities.
A global differentiability result for solutions of nonlinear elliptic problems with controlled growths
Let be a bounded open subset of , . In we deduce the global differentiability result for the solutions of the Dirichlet problem with controlled growth and nonlinearity . The result was obtained by first extending the interior differentiability result near the boundary and then proving the global differentiability result making use of a covering procedure.
A global solution curve for a class of semilinear equations.
-harmonic equations and the Dirac operator.
A Harnack inequality approach to the regularity of free boundaries. Part III : existence theory, compactness, and dependence on
A Harnack Inequality for the Equation ..., when |b| ... Kn + 1.