A list of publications can be found below. For a full list of publications see also https://orcid.org/0000-0002-4676-5688

H index Web of Science = 36

H index Google Scholar = 41

Publications Web of Science  = 98 

Dr. Rayner R. Rodriguez-Guzman obtained his (“CUM LAUDE”) PhD in Physical Sciences in 2001 at the Department of Theoretical Physics, University Autónoma of Madrid, Spain. His research interest focuses in the theoretical microscopic  description of the nuclear many-body problem. After PhD, Dr. Rodriguez-Guzman continued his nuclear structure theory  research at  the Institute for Theoretical Physics, Tuebingen University (Germany, 2001-2006, 2008), Yale University (USA, 2006-2007), the Institute for the Structure of Matter (CSIC,Madrid, 2007, 2009-2011), the Atomic Energy Commission (Saclay,France, 2008), Jyvaskyla University (Finland, 2008-2009), the University of Huelva (Spain, 2009), the University of Surrey (United Kingdom, 2010), the Departments of Physics and Astronomy and Chemistry of Rice University (USA, 2011-2014), the Department of Physics, Kuwait University (Kuwait, 2014-2022) and the Higher Polytechical School, Seville University (Spain, 2022-2024). Since April 2024, he is affiliated as Associate Professor to the Department of Physics, Nazarbayev University.  In nuclear structure, the publications of Dr. Rodriguez-Guzman cover topics such as the Hartree-Fock-Bogoliubov approximation, symmetry restoration, configuration mixing within the Generator Coordinate Method, the self-consistent restoration of the Galilei invariance, axial and triaxial nuclear deformations, shape coexistence, spectroscopic properties within the mapped Interacting Boson Model, the quadrupole-octupole coupling in different regions of the nuclear chart, the properties of the β-decay in even and odd systems as well as microscopic studies of nuclear fission. He has also introduced a hierarchy of symmetry-projected approximations, directly inherited from nuclear structure physics, in studies of the one- and two-dimensional Hubbard models and molecular systems.

Dr. Rodriguez-Guzman has teaching experience in undergraduate and graduate courses such as Theory of Complex Variables, Fortran Programing Laboratories F77 and F90, Methods of Mathematical Physics, General Physics "Electricity and Magnetism", General Physics "Mechanics", Computational Physics, Thermal Physics, Quantum Physics, Quantum Mechanics, Nuclear Physics, Classical Mechanics and  General Physics Labs.  As associate Prof. at NU, Dr. Rodriguez-Guzman has introduced the new course Nuclear Science and Technology.