O projeto em questão consiste na análise espectral, geoquímica e petrográfica de amostras contendo clorita do Depósito Paraíba, localizado no setor leste da Província Aurífera de Alta Floresta, norte do Estado de Mato Grosso. O depósito hidrotermal ocorre por meio de veios de quartzo associados a zona de cisalhamento do tipo dúctil sob anfibolito, monzogranito e gnaisse pertencentes à Suíte Intrusiva Flor da Serra, Suíte Intrusiva Matupá e Complexo Cuiú-Cuiú, respectivamente. Os minerais do grupo clorita constituem uma fase mineral comum nesse depósito. A composição química e o ordenamento estrutural desses minerais estão relacionados com as suas respectivas temperatura de cristalização. Dessa forma, por meio da análise em microssonda eletrônica e das curvas espectrais dos cristais que serão obtidas com a câmera hiperespectral Specim/SisuChema, serão determinados os parâmetros de composição e grau de cristalinidade dos diferentes tipos de clorita. A partir desses dados serão calculadas as temperaturas de cristalização dos minerais, utilizando diferentes modelos de geotermometros publicados. Dessa forma, será feita a relação das temperaturas calculas com as assinaturas espectrais dos minerais, composições química e características petrográficas.

He has experience in geosciences, with emphasis on economic geology, geological mapping, topographic survey, resource estimation, reflectance spectroscopy, hyperspectral remote sensing, petrography and mineral chemistry. He works mainly with the characterization, description and zoning of hydrothermal alterations through the application of spectral techniques in Au-Cu-Mo deposits associated with deformed zones and felsic intrusive rocks.He carried out scientific initiation (2014)(2015) and his bachelor degree (2016) in an industrial-bearing minerals deposit (quartz, feldspar, micas and beryl) located in San Luis province, Argentina. During the scientific initiation, he made a topographic and structural analysis of the area, as well as detailed rocks petrography. During his bachelor degree, he added chemical analysis, designed a detailed map of the mine, resource estimation, design a work plan and finally estimated the mining project life. These results were complemented by an economic and financial analysis that considered the NPV, IRR and CR parameters. This project is part of the UNRC library and belongs to the company PIEDRA GRANDE Samica y F (internal reports -unpublished).In the master's degree, he studied the Au ± Cu ± Mo Paraíba deposit, located in the Mato Grosso state, Brazil. He applied spectral techniques for mineral exploration as reflectance and imaging spectroscopy, in order to generate high-resolution hyperspectral images. Besides, he performed petrographic and mineral chemistry studies.During this period, he also participated in the Teaching Internship Program (PED), performing as a monitor of the discipline "Remote Sensing and Photogeology" of the undergraduate geology course at the University of Campinas -UNICAMP. Concurrently, he published several abstracts at national and international congresses Ducart 2017 andPoggi et al. 2018).Thanks to the UNICAMP and the Institute of Geosciences for the opportunity to be part of their large family. To CAPES and FAPESP (Proc. Nr 2016 / 04370-5) for the encouragement and research promotion. Thank you very much!"Que la tierra no da fruto si no la riega el sudor"