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🌸 Hello everyone 👋

I'm Gabriel Wendell, a brazilian master's student who loves everything related to Astronomy, Physics, Mathematics and Cosmic Horror 🌌.

gabrielwendell

  • 🔭 I’m currently working in the area of mathematical analysis of the phenomenon of magnetohydrodynamic turbulence.

  • 📜: I've worked with asteroseismic analysis of solar-type stars and red giants and machine learning applied to astrophysics..

  • 🌱 I’m currently learning more about mathematical and computational modeling of the phenomenon of turbulence in aerodynamics, fluid dynamics and magnetohydrodynamics.

  • 👯 I’m looking to collaborate in the area of turbulence phenomena in magnetohydrodynamics applied to stars, machine learning, mathematical analysis in number theory and combinatorics.

  • 🤝 I’m looking for help with: computational models of magnetohydrodynamic turbulence phenomena.

  • 👨‍💻 Some of my projects are available at: https://github.com/GabrielWendell/PET.py

  • 📝 I'm trying to write articles regularly on: https://medium.com/@gabrielwendell

  • 💬 Ask me about Asteroseismology, Bayesian Inference, Combinatorics, Differential Geometry, Fluid Dynamics and Number Theory.

  • 📫 How to reach me: [email protected]

  • 📄 Know about my experiences: http://lattes.cnpq.br/0049111339899544

  • ⚡ Fun fact: I am highly addicted to prime numbers and transcendent numbers. Also, I love flowers 🌺.


class Wendell:
    def __init__(self, name, age, university, research_area, favorite_numbers, favorite_flowers, favorite_series, favorite_games):
        self.name = name
        self.age = age
        self.university = university
        self.research_area = research_area
        self.favorite_numbers = favorite_numbers
        self.favorite_flowers = favorite_flowers
        self.favorite_series = favorite_series
        self.favorite_games = favorite_games

    def introduce(self):
        print(f"Hello, I'm {self.name}, a {self.age}-year-old Master's student in Physics")
        print(f"at {self.university} in Natal. My research interests are in the area of {self.research_area}.")

    def research_experience(self, experience):
        print(f"As an undergraduate, I worked on various exciting projects, including:")
        for project in experience:
            print(f"- {project}")

    def current_projects(self, projects):
        print("Currently, I'm focused on the following projects:")
        for project in projects:
            print(f"- {project}")

    def programming_languages(self, languages):
        print("I'm skilled in various programming languages, including:")
        for language in languages:
            print(f"- {language}")

    def hobbies(self):
        print("In my free time, I enjoy a range of hobbies:")
        print("- Programming games in RPGMaker and Unity")
        print("- Creating animations in Blender")
        print("- Playing musical instruments")
        print("- Drawing and solving Physics and Mathematics problems")
        print("- Exploring works of cosmic horror, especially H.P. Lovecraft's books")
        print("I also have a deep appreciation for the following favorite flowers:")
        for flower in self.favorite_flowers:
            print(f"- {flower}")
        print("My favorite series include:")
        for series in self.favorite_series:
            print(f"- {series}")
        print("And I'm a fan of these games:")
        for game in self.favorite_games:
            print(f"- {game}")

    def favorite_numbers(self):
        print("I have a strong fascination with prime, transcendent, and irrational numbers. Some of my favorites include:")
        for number in self.favorite_numbers:
            print(f"- {number}")

wendell = Wendell(
    name="Wendell",
    age=23,
    university="Federal University of Rio Grande do Norte",
    research_area="mathematical and computational analysis/modeling of magnetohydrodynamic turbulence and path integrals in Physics",
    favorite_numbers=["π", "ζ(3)", "γ"],
    favorite_flowers=["Fuchsia magellanica", "Hibiscus rosa-sinensis", "Camellia japonica", "Lilium longiflorum", "Prunus serrulata"],
    favorite_series=["Helluva Boss", "Hazbin Hotel", "Lackadaisy"],
    favorite_games=["Gris", "Journey", "Child of Light"]
)

wendell.introduce()
print()
wendell.research_experience([
    "Asteroseismology of solar-type stars and red giants",
    "Machine learning applied to asteroseismology",
    "Classification of galaxies through images",
    "Bayesian inference applied to stellar limb darkening"
])
print()
wendell.current_projects([
    "Mathematical and computational analysis of magnetohydrodynamic turbulence",
    "Path integrals applied in different areas of Physics"
])
print()
wendell.programming_languages([
    "Python",
    "C/C++",
    "C#",
    "Fortran",
    "Julia",
    "R",
    "Ruby",
    "ChucK",
    "Rust",
    "JavaScript",
    "Perl"
])
print()
wendell.hobbies()
print()
wendell.favorite_numbers()

Connect with me:

gabriel wendell celestino rocha @gabrielwendell https://www.youtube.com/channel/ucvtjriwbg9xgk1anakoomkq

Languages and Tools:

bash blender c cplusplus csharp css3 git html5 illustrator javascript linux matlab mongodb mysql oracle pandas perl photoshop php python pytorch ruby rust scikit_learn seaborn symfony tensorflow unity

gabrielwendell

 gabrielwendell

Gabriel Wendell's Projects

fisica-computacional-ii icon fisica-computacional-ii

Repositório contendo as listas assim como as suas respectivas resoluções elaboradas pelo aluno Gabriel Wendell Celestino Rocha, discente do curso de bacharelado em Física pela UFRN, para a disciplina de Física Computacional I (FIS0628) ministrada pelo professor Leonardo Dantas Machado durante o semestre de 2020.2.

intro-python_eng-quim icon intro-python_eng-quim

Minicurso de Introdução ao Python para Engenharia Química ministrado durante a Semana da Engenharia Química na UFRN.

intro_ml icon intro_ml

Minicurso de Introdução ao Machine Learning ofertado pelo PET - Física da UFRN.

labs_ufrn icon labs_ufrn

Repository containing laboratory discipline materials.

lovolmo icon lovolmo

A Python Package for simulate the Lotka-Volterra Model.

periodicity icon periodicity

Useful tools for periodicity analysis in time series data.

pet.py icon pet.py

Repositório contendo Notebooks elaborados pelo membro do PET - Física UFRN Gabriel Wendell Celestino Rocha como contribuição ao projeto PET.py.

pymos2 icon pymos2

Python Modules for a Static Star Model: A Python code to simulate a simple stellar model.

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