Jorge Luis Gonzalez Alfonso

Title: Dr (CBPF, Brasil, 2000)

Research groups: CNPq (Google Translator version)
Curriculum: Lattes
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Participation in projects:

Title	Starting date	Deadline (months)	Participation in the project
Carbon and Ceramic Materials: Properties and Technological Applications	01/08/2017	24	Researcher *
Carbon and Ceramic Materials: Properties and Technological Applications	01/08/2021	24	Researcher *

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Participants in examination boards:

Title	Name	Defense date	Course
Nb / Nb / [Co / Pd] superconducting thin films: nanostructures and structural, magnetic and electric characterization.	Tales Costa de Freitas	10/03/2017	Doctoral Degree in Physics
Linearized Ginzburg-Landau Equation: Applications in the Superconducting Nucleation Study.	Gabriel Ayres Marçal	29/12/2021	Master’s Degree in Physics
Investigation of carbonaceous and lignocellulosic materials by solid state 13C nuclear magnetic resonance.	Daniel Fernandes Cipriano	03/12/2019	Doctoral Degree in Physics
Atomic simulations and prediction of NMR spectra in carbonaceous materials.	Alan Johnny Romanel Ambrozio	13/07/2018	Doctoral Degree in Physics

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Disciplines taught:

Academic term	Code	Name	Hours	Course
2021/2	PFIS-2005		60	Doctoral Degree in Physics
2020/2	PFIS-2005		60	Doctoral Degree in Physics
2019/1	PFIS-2005		60	Doctoral Degree in Physics
2018/1	PFIS-2005		60	Doctoral Degree in Physics
2016/1	PFIS-2005		60	Doctoral Degree in Physics

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Guided Students:

Name	Title	Defense date	Role	Type
Gustavo Medeiros Claudino		09/12/2015	Advisor *	MSc dissertation
Thiago Bispo Martins		21/05/2015	Advisor *	MSc dissertation
Sara Caroline Carrera de Aviz	Tsallis Entropy Applied to Earth's Climate.	30/10/2018	Advisor *	MSc dissertation
Deivid Wilson Oliveira Santana	Theoretical studies of pressure effects on the magnetic and electronic properties of the weak roving ferromagnetic compound 𝑆𝑐3𝐼𝑛.	08/12/2022	Co-advisor *	PhD thesis
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

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