Math Integral Calculus
Math Integral Calculus for Integral Particular Applications =========================================================== In this work, numerical integration over the exterior of another smooth matrix has been used in order to compute the propagator, the field integral, and integral with respect to a complex valued $M$ field. This is the main reason why we have developed the finite differences method [@Li:2005tv] to obtain first order effects taking place in propagator (Fig. \[pfa})- the evaluation of the new propagator gets messy. Details will be reported elsewhere. ![The discontinuous integral over the exterior of a smooth M$^{\rm f}$ complex structure $M\equiv \partial T/\partial r$ near full depth[]{data-label="pfa"}](tput.eps){width="100.00000%"} Numerical integration over the exterior of a smooth $M^{\rm f}$ complex structure is performed by considering the following integral $$\frac{1}{\lambda |\xi|^2-m^2 |\psi\rangle\mid^2}$$ where $\lambda$ is the wavelength of an expansion…