Alberto Cabada

Full Professor

Universidade de Santiago de Compostela

Spain

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Alberto Cabada is a Full Professor at Universidade de Santiago de Compostela in Spain. His research areas include spectral characterization related to boundary value conditions, nonlinear boundary problems, and fractional differential equations. He has contributed significantly to the field through his recent articles focusing on Green's functions, Dirichlet systems, and the existence of solutions for various mathematical problems. Professor Cabada's work advances the understanding of complex mathematical systems and their applications.

Articles (18)

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2025

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2021

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2021

Collaborators (1)

Lucía López-Somoza

Profesora Ayudante Doctora

Universidade de Santiago de Compostela

SPAIN

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Alberto Cabada

Research Interests

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Articles (18)

Spectral Characterization of the Constant Sign Derivatives of Green’s Function Related to Two Point Boundary Value Conditions

Characterization of the spectra of the Hill's equation coupled to different boundary value conditions and application to nonlinear boundary problems

Green's functions and existence of solutions of nonlinear fractional implicit difference equations with Dirichlet boundary conditions

The existence of a solution for nonlinear fractional differential equations where nonlinear term depends on the fractional and first order derivative of an unknown function

Existence of solutions of nonlinear systems subject to arbitrary linear non-local boundary conditions

Dirichlet systems with discrete relativistic operator

Implicit Caputo fractional q-difference equations with non instantaneous impulses

Constant-Sign Green’s Function of a Second-Order Perturbed Periodic Problem

Existence of solutions of discrete fractional problem coupled to mixed fractional boundary conditions

Constant Sign Solutions of Nonlinear Boundary Value Problems Modeled by Ordinary and Partial Differential Equations

Spectral characterization of the constant sign Green's functions for periodic and Neumann boundary value problems of even order

Existence of solutions of a second order equation defined on unbounded intervals with integral conditions on the boundary

Existence of solutions of a second order equation defined on unbounded intervals with integral conditions on the boundary

Green’s Function Related to a n-th Order Linear Differential Equation Coupled to Arbitrary Linear Non-Local Boundary Conditions

Green’s functions for fractional difference equations with Dirichlet boundary conditions

Nonlinear differential equations with perturbed Dirichlet integral boundary conditions

Lyapunov-type inequality for higher order left and right fractional p-Laplacian problems

Positive solutions for fractional boundary value problems with integral boundary conditions and parameter dependence

Collaborators (1)

Lucía López-Somoza

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Alberto Cabada

Research Interests

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About

Articles (18)

Spectral Characterization of the Constant Sign Derivatives of Green’s Function Related to Two Point Boundary Value Conditions

Characterization of the spectra of the Hill's equation coupled to different boundary value conditions and application to nonlinear boundary problems

Green's functions and existence of solutions of nonlinear fractional implicit difference equations with Dirichlet boundary conditions

The existence of a solution for nonlinear fractional differential equations where nonlinear term depends on the fractional and first order derivative of an unknown function

Existence of solutions of nonlinear systems subject to arbitrary linear non-local boundary conditions

Dirichlet systems with discrete relativistic operator

Implicit Caputo fractional q-difference equations with non instantaneous impulses

Constant-Sign Green&rsquo;s Function of a Second-Order Perturbed Periodic Problem

Existence of solutions of discrete fractional problem coupled to mixed fractional boundary conditions

Constant Sign Solutions of Nonlinear Boundary Value Problems Modeled by Ordinary and Partial Differential Equations

Spectral characterization of the constant sign Green's functions for periodic and Neumann boundary value problems of even order

Existence of solutions of a second order equation defined on unbounded intervals with integral conditions on the boundary

Existence of solutions of a second order equation defined on unbounded intervals with integral conditions on the boundary

Green’s Function Related to a n-th Order Linear Differential Equation Coupled to Arbitrary Linear Non-Local Boundary Conditions

Green’s functions for fractional difference equations with Dirichlet boundary conditions

Nonlinear differential equations with perturbed Dirichlet integral boundary conditions

Lyapunov-type inequality for higher order left and right fractional p-Laplacian problems

Positive solutions for fractional boundary value problems with integral boundary conditions and parameter dependence

Collaborators (1)

Lucía López-Somoza

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Constant-Sign Green’s Function of a Second-Order Perturbed Periodic Problem