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This paper is devoted to the study of the one dimensional non homogeneousheat equation coupled to Dirichlet Boundary Conditions.  We obtain the explicit expression of the solution of the linear equation bymeans of a direct integral in an unbounded domain. The main novelty of thisexpression relies in the fact that the solution is not given as a series ofinfinity terms. On our expression the solution is given as a sum of twointegrals with a finite number of terms on the kernel.  The main novelty is that, on the contrary to the classical method, where thesolutions are derived by a direct application of the separation of variablesmethod, on the basis of the spectral theory and the Fourier Series expansion,the solution is obtained by means of the application of the Laplace Transformwith respect to the time variable. As a consequence, for any $t \ge 0$ fixed,we must solve an Ordinary Differential Equation on the spatial variable,coupled to Dirichlet Boundary conditions. The solution of such a problem isgiven by the construction of the related Green's function.

An Alternative Explicit Expression of the Kernel of the One Dimensional Heat Equation with Dirichlet Conditions