Professor Alfonso Moisés Anzaldo Meneses, based on the research work he carried out in his Bachelor's thesis (Neutron and radiation transport), his Master's (Boltzmann equation for Plasmas), and Ph.D. (Nuclear and mesoscopic systems level densities as well as Analytic Number Theory and infinite-dimensional Lie algebras on Riemann surfaces), he has worked during the last decades on diverse topics of Theoretical Physics that include problems of Classical Mechanics, Quantum Mechanics, and electromagnetic theory, as well as in Mathematical Physics, studying the theory and methods of Lie algebras and superalgebras.

He has analyzed Electronic Transport in nanodevices using quantum scattering theory. Recently he has worked in Quantum Computing and studied quantum logic gates. He has also done work in sub-Riemannian Geometry and optimal control dynamical systems and has related them to Quantum Norm Theories and used methods of differential and algebraic topology and geometry. He has also worked on the Science and Art linkage, analyzing what we understand through creativity and its importance for the scientific method. He has taught over a hundred courses in Physics, Mathematics, and Arts at undergraduate and graduate levels.