Mr. Gerardo Jafet González Loera | Universidad Autónoma de Zacatecas | Mexico
Author Profile
ORCID
Early Academic Pursuits
Mr. Gerardo Jafet González Loera began his academic formation in Física and INGENIERÍA BIOQUÍMICA at the Unidad Académica de Ciencias Químicas. His early dedication to scientific research became evident through his participation in both national and international academic events. He earned his Licenciatura degree, and by 2019, he was already engaged in hands-on experimentation, including the fabrication of spray pyrolysis equipment for material deposition. These formative years provided him with the technical foundation and analytical skills necessary for his later specialization in 2D Materials research.
Professional Endeavors
Mr. González Loera has actively participated in numerous congresses, symposiums, and workshops across Mexico, Colombia, and Latin America, presenting on topics such as the electronic structure, optical properties, and quantum phenomena in novel materials. His professional experience includes significant work on GaAs monolayers doped with amphoteric impurities (Si, Ge, Sn) using density functional theory (DFT) simulations. He has been the principal author in high-impact research published in Computational Condensed Matter and Revista Mexicana de Física.
Contributions and Research Focus
His research focus lies in the computational modeling and theoretical analysis of 2D Materials, particularly GaAs-based systems with amphoteric doping. By employing DFT methodologies, he has calculated the electronic structure, imaginary dielectric function, and optical properties of these materials, providing valuable insights for future optoelectronic and spintronic applications. His contributions include novel approaches to understanding spin polarization effects and substitutional doping modulation in 2D Materials, bridging theoretical predictions with potential experimental implementations.
Impact and Influence
Mr. González Loera has had a growing influence in the Latin American scientific community through his active dissemination of research. His presentations at events such as the XXIV Latin American Symposium on Solid State Physics and the International Conference on Physics of Light-Matter Coupling in Nanostructures have brought international attention to his findings. Additionally, his outreach activities, including interviews and science communication workshops, have helped make complex concepts in nanotechnology and 2D Materials accessible to broader audiences.
Academic Cites
His published works, particularly in Computational Condensed Matter (2025) and Revista Mexicana de Física (2023), have started to attract academic citations, underscoring their relevance in the areas of condensed matter physics and materials science. The detailed computational results and theoretical models he presents serve as references for ongoing research into 2D Materials and their tunable properties.
Legacy and Future Contributions
Mr. González Loera is poised to continue expanding the theoretical understanding of electronic and optical phenomena in 2D Materials, aiming to integrate his computational findings into experimental and industrial applications. His future research trajectory includes exploring quantum dots based on novel GaO and related compounds, as well as advancing theoretical frameworks for emerging nanomaterials in electronics, photonics, and quantum technologies. His commitment to academic dissemination ensures that his contributions will inspire the next generation of material scientists.
Notable Publications
Electronic structure and imaginary dielectric function for 2D GaAs doped with Si amphoteric impurities: A DFT study
Authors: G. J. González-Loera, Karla Arely Rodríguez Magdaleno, F. M. Nava-Maldonado, J. C. Martínez-Orozco
Journal: Revista Mexicana de Física
Year: 2023
Conclusion
Through a combination of rigorous computational research, active scientific dissemination, and engagement in international collaborations, Mr. Gerardo Jafet González Loera has positioned himself as a promising figure in the study of 2D Materials. His work not only deepens the theoretical knowledge of GaAs monolayers and doped systems but also paves the way for practical technological advancements in optoelectronics and nanotechnology. His growing academic impact and dedication to innovation suggest a future of significant contributions to the global materials science community.