The main goal of doing thisdissertation, is the complete explanation and review of AdS/QCD correspondence,from formation history to applicable computations and compare the predictionswith experimental results to verify the accuracy and theoretical capability ofthis duality. The light-front hamiltonian has a structure which matches exactlythe eigenvalue equations in AdS space. This offers the unique possibility tomake an explicit connection of the AdS wave function with the internalconstituent structure of hadrons. In fact, one can obtain the AdS waveequations by starting from semiclassical approximation to light-front QCD inphysical space-time which is an emergent property of this framework. Thisconnection yields a relation between the coordinate z of AdS space with theimpact LF variable "?", which the QCD confined potential can bederived. This make us the opportunity to measure the form factors and otherparticle propertise.