Jorge Luis Gonzalez Alfonso
Title: Dr (CBPF, Brasil, 2000)
Research groups: CNPq (Google Translator version)
Curriculum: 
Lattes
Contact
Participation in projects:
Title |
Starting date | Deadline (months) | Participation in the project |
|---|---|---|---|
| Carbon and Ceramic Materials: Properties and Technological Applications | 01/08/2021 | 24 | Researcher * |
| Carbon and Ceramic Materials: Properties and Technological Applications | 01/08/2019 | 24 | Researcher * |
| Carbon and Ceramic Materials: Properties and Technological Applications | 01/08/2017 | 24 | Researcher * |
| 11/09/2014 | 84 | Coordinator * | |
| 01/08/2013 | 24 | Researcher * |
Pages
Participants in examination boards:
Pages
Disciplines taught:
| Academic term |
Code | Name | Hours | Course |
|---|---|---|---|---|
| 2013/1 | PFIS-2005 | 60 | Doctoral Degree in Physics | |
| 2014/1 | PFIS-2005 | 60 | Doctoral Degree in Physics | |
| 2015/1 | PFIS-2005 | 60 | Doctoral Degree in Physics | |
| 2016/1 | PFIS-2005 | 60 | Doctoral Degree in Physics | |
| 2018/1 | PFIS-2005 | 60 | Doctoral Degree in Physics |
Pages
Guided Students:
| Name | Title |
Defense date | Role | Type |
|---|---|---|---|---|
| Gabriel Ayres Marçal | Linearized Ginzburg-Landau Equation: Applications in the Superconducting Nucleation Study. |
29/12/2021 | Co-advisor * | MSc dissertation |
| Tales Costa de Freitas | Nb / Nb / [Co / Pd] superconducting thin films: nanostructures and structural, magnetic and electric characterization. | 10/03/2017 | Co-advisor * | PhD thesis |
| Julhiana de Freitas Vargas | Study of the influence of the Metropolis algorithm tuning parameters in the determination of the superconducting critical temperature of Josephson junction networks | 09/08/2022 | Co-advisor * | MSc dissertation |
| Deivid Wilson Oliveira Santana | Study of the porous structure of random close packing of rigid spheres. | 29/09/2017 | Advisor * | MSc dissertation |
| Anderson dos Santos Paschoa | The Ginzburg-Landau Anisotropic Model and the Determination of Scattered Magnetic Fields in Hybrid Superconducting-Ferromagnetic Nanostructures. | 26/11/2020 | Co-advisor * | PhD thesis |
